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University POLITEHNICAof Bucharest

Power Engineering Faculty

National PowerGrid Company

TRANSELECTRICA S.A.IEEE Power & Energy Society

Sponsored by Organized by

2009 IEEE Bucharest PowerTech- Innovative ideas toward the Electrical Grid of the Future -Platinum Sponsor

Gold Sponsor

Silver Sponsors

Bronze Sponsors

CONFERENCEPROGRAM

28 June - 2 July, 2009Parliament PalaceBucharest, Romania

IEEE-PES Romania Chapter

Contributor

E.P. ENERGY PROJECTS(ROM) S.R.L.

affiliated with E.P. GLOBAL ENERGY Ltd.

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Welcome Address 2

Committees 4

Conference Program 5

Technical Session Program 6

Technical Sessions DetailsMonday June 29 8

Tuesday

General Information 67

14:00 - 15:45 Technical Session 1016:15 - 18:00 Technical Session 14

June 30 188:30 - 10:30 Technical Session 18

11:00 - 12:30 Technical Session 2214:00 - 15:45 Technical Session 2516:15 - 18:00 Technical Session 30

9:00 - 12:00 Poster Session I 33

Wednesday July 1 378:30 - 10:30 Technical Session 37

11:00 - 12:30 Technical Session 4014:00 - 15:45 Technical Session 4416:15 - 18:00 Technical Session 47

9:00 - 12:00 Poster Session II 51

Thursday July 2 548:30 - 10:30 Technical Session 54

11:00 - 12:30 Technical Session 5814:00 - 15:45 Technical Session 61

9:00 - 12:00 Poster Session III 6416:15 - 18:00 “Basil Papadias”

Best Student Paper Award 71

Table of Contents

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Ecaterina AndronescuMinister of Education, Research and Innovation

Romania travels, together with the EU member states, on the roadtoward a knowledge based society. This is the only viable and longstanding answer to the today’s Europe major challenges:globalization and the world economic crisis.

To respond to these two challenges, Romania sustains, within the knowledge triangleeducation research innovation, the advanced research which is focused on obtainingscientific results of international level, encourages career developments in research, aswell as creating poles of excellence. The complex research activities performed withinedge domains and participation in international networks of high level education andresearch are, also, supported. The scientometric analysis and that of the existinginfrastructure in the excellence poles emphasized some domains having a specialpotential, which are also traditional in the Romanian scientific research: biology,genetics and medicine, chemistry, the energetic sector, environment, the environmentprotection and materials science, mathematics, physics and technological physics,geology and atmosphere physics.Changing from the competitiveness based on factors (work, natural resources) orinvestments to the one based on creativity and innovation requests a development of theresearch capacity in high technology domains that can generate added value, can beexported and may involve other sectors as well. In the present moment, the researchobjectives are designing new and advanced materials, increasing products andprocesses competitiveness by using automation and integrated design, and new highlyprecise technologies and products, IT and environment protection systems design anddevelopment.The European Union has proposed the “20-20-20” targets by 2020, meaning 20%reduction in greenhouse gas emissions, 20% share of renewable energy in EU finalenergy consumption and 20% improvement in energy efficiency. According to theRomania’s Energy Policy document, the Romanian energy intensity is about two timeshigher than the EU average. Romania has a substantial potential of renewable resources:hydroelectric power, biomass, solar, wind and geothermal power. The connection to theEuropean objectives, but also the direct interest in solving those complex problems,require an RDI effort complementary to the direction of action “Increased energyefficiency and sustainable development of the energy systems” included in the NationalStrategic Reference Framework.Considering the above, through a coherent innovation policy we must aim by our nextperiod actions to the preparation of designs, technologies, and goods contributing to themeeting of the energy needs at the lowest possible price. This is possible through the useof new energy sources and an improved decision-making process, an increasedtechnology expertise and the promotion of knowledge and technology transfer in theenergy field.Creativity and innovation within the education research active partnership can producethe conditions to meet the energy needs of a modern economy and a high livingstandard, while keeping the promise to our children: a sustainable development, withoutcompromising Romania’s nature capital.

- -Romania in the „European Year of Creativity and Innovation”

Welcome Address2

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Mircea EremiaConference Chair

The Bucharest PowerTech Conference continues the traditionof the Power Tech Conferences held in odd years so far inAthens, Stockholm, Budapest, Porto, Bologna, St. Petersburgand Lausanne. PowerTech is intended to provide a forum forscientists and engineers interested in electric powerengineering to share ideas, results of their scientific work, to learn from each other aswell as to establish new friendships and rekindle existing ones. We feel honored toorganize the 2009 PowerTech edition in the 125-anniversary year since IEEEfounding.For the successful organization of the conference, besides the three co-organizers,namely University “Politehnica” of Bucharest, Romanian Power Grid CompanyTranselectrica S.A. and IEEE-PES Romania Chapter, a valuable support was offeredby the Industries and Services Commission and Education Commission of theChamber of Deputies of the Romanian Parliament, who facilitated to establish theconference venue at the Parliament Palace, the largest civilian administrativebuilding in the world.The nowadays power systems are facing revolutionary changes regarding the powerenergy supply issue approach in the sense of improving the power system security andpower quality, as well as environment protection. We are therefore witness oftransformation from “passive networks” to “active networks”, following theadvancements in telecommunications and computer science. A significant number ofhigh level papers were submitted on actual topics such as: smart grids, renewable energysources, WAMCS based surveillance strategies, power electronics based devices,energy efficiency, etc. This proves once again that PowerTech is the anchor conferenceof the IEEE Power & Energy Society in Europe, joining together each time a highnumber of power system engineers. It is not a coincidence that the BucharestPowerTech's motto is “Innovative Ideas toward theElectricalGridof theFuture”.Out of the 825 abstracts submitted by authors from 65 countries all over the world,after the two review processes, 538 papers have been selected for publication in theconference proceedings. As the PowerTech Conference provides a bridge betweengenerations, the interest from students wishing to publish their work is stronglyobserved at least by the presence of over 26% of the papers having a student as thefirst author. I am happy that the Basil Papadias Award is an important ingredient forthe future of the PowerTech Conference and also for the power systems engineering.My deep gratitude is addressed to all Corporate Sponsors who have financiallysupported us for organizing the conference in this economic crisis year.It is also my duty to address warm thanks to the members of the InternationalAdvisory Committee and the technical reviewers who have selected the best papers.Special acknowledgements are addressed to the Local Organizing Committee as well asto all volunteers who have contributed during the long period of the conferencepreparation.I wish all of you a successful conference and a pleasant stay in Bucharest.

- -Innovative Ideas toward the Electrical Grid of the Future

June 28 - July 022009 IEEE PowerTechBucharest

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International Advisory CommitteeM. Albu, F.L. Alvarado, G. Andersson,A. Bakirtzis, L. Bertling, J. Bialek,I. Boldea, M. Bollen, M-P. Bongrain,A. Borghetti, C. Canizares, G. Cartina,R. Cherkaoui, E. Dialynas, E. DeJaeger,G. Doorman, D. Falcao, A. Germond,L. Goel, A. Gole, A. Gomez Exposito,G. Gross, N. Hadj-Said, S. Iwamoto,D. Kirschen, P. Kundur, E. Lakervi,T. Lobos, Ch-Ch. Liu, N. Martins,S. Massucco, B. Meyer, R. Mihalic,J. Milanovic, V. Miranda, S. Mukhopadhyay,R. Napoli, D. Niebur, S.I. Palamarchuk,A. Petroianu, N. Rajakovic, C. Rehtanz,H. Rudnick, A. Sauhats, M. Shahidehpour,L. Söder, Y.H. Song, E. Tejera,T. Van Cutsem, D. Zaninelli,

Costas Vournas, , Chair Ecaterina Andronescu, UPB, Co-ChairJoao Peças Lopes, , Vice-Chair A. B , Transelectrica, Co-ChairCarlo Alberto Nucci, , Past Chair A. Badea, UPBGàbor Bàn, G. B lan, WEC-National CommitteePierre Bornard, I. B ran, UPBRoland Eriksson,Nikolaos Hatziargyriou,Hans-Björn Püttgen, C. Diaconu, TranselectricaB. Don Russell, D.I. Gheorghiu, WEC-National CommitteePatrick Ryan, M. Popescu, UPBNikolai Voropai, E. Ratcu, Transelectrica

L. Toma, UPB

Romania USA SwitzerlandGreece Sweden UK

Romania Sweden FranceItaly Canada RomaniaSwitzerland Greece Belgium

Norway Brazil SwitzerlandSingapore Canada SpainUSA France Japan

UK Canada FinlandPoland USA Brazil

Italy France SloveniaUK Portugal India

Italy USA RussiaSouth-Africa Serbia Germany

Chile Latvia USASweden UK/China Panama

Belgium Italy

GreecePortugal

ItalyHungary

FranceSweden

GreeceSwitzerland

USAUSA

Russia

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C. Bulac, UPBG. Darie, UPB

L. Toma, UPB, Coordinator Mircea Eremia, UPBV. Dumbrav , UPBG.C. L z roiu, UPBL. Lipan, UPB University POLITEHNICA of BucharestB. Otomega, UPB Power Engineering FacultyI. Pisic 313, Splaiul IndependenteiR. Porumb, UPB 060042, BucharestI. Tristiu, UPB ROMANIA

Phone: +40 21 4029 344 ; +40 21 4029 850Fax: +40 21 4029 446E-mail: [email protected]

ãã ã

ã, UPB

International Steering Committee Local Organizing Committee

Technical Secretariat Conference Chair

Conference Secretariat

Committees

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Date

Time

Sunday

June 28

Monday

June 29

Tuesday

June 30

Wednesday

July 1

Thursday

July 2

Registration / Information desk (8:00 – 18:00)

Parliament Palace – C1 Entrance Hall

8:30

–

10:30

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

10:30

–

11:00

Coffee

Break

Coffee

Break

Coffee

Break

11:00

–

12:30

Opening

Ceremony

&

Plenary

Session

ParliamentPalace

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

12:30

–

14:00

Lunch Lunch Lunch Lunch

14:00

–

15:45

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

15:45

–

16:15

IEEE

Region 8

Chaper

Chairs

Meeting

Senate Hall,UPB Campus9:00 – 16:00

Coffee

Break

Coffee

Break

Coffee

Break

Coffee

Break

Technical

Sessions

ParliamentPalace

16:15

–

18:00

Technical

Sessions

ParliamentPalace

Technical

Sessions

ParliamentPalace

Basil

Papadias

Award

&

Closing

Ceremony

C.A. RosettiHall

Registration

14:00 – 20:00&

Welcome

Reception

17:00 – 20:00

RomanianAthenaeum

Student

Meeting

UPBRectorate

Hall19:30 – 22:00

Gala Dinner

Snagov Palace20:00 – 23:00

UPB – University “Politehnica” of Bucharest


6

Date

Time

Monday

June 29

Tuesday

June 30

Coffee Break

8:30

–

10:30

NI-Tu-I – Load and Wind Power ForecastingNB-Tu-I – FACTS Applications in

Power SystemsHR-Tu-I – Oscillations DampingIB-Tu-I – Wind Farm OperationCR-Tu-I – Harmonics and Flicker

10:30

–

11:00

Coffee Break

11:00

–

12:30

Opening Ceremony

&

Plenary Session

“Alexandru Ioan Cuza” Hall NI-Tu-II – A.I. Applications in PowerSystems: Genetic Algorithms

NB-Tu-II – HVDC SystemsHR-Tu-II – Protection Systems IIIIB-Tu-II – Island OperationCR-Tu-II – Power Quality Issues I

Po

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I

12:30

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14:00

Lunch Lunch

14:00

–

15:45

NI-Mo-III – Integration of Distributed Generation INB-Mo-III – Power System DynamicsHR-Mo-III – Protection Systems IIB-Mo-III – Distribution Systems Planning and

OperationCR-Mo-III – Power Flow Calculation

NI-Tu-III – A.I. Applications in Power Systems:Artificial Neural Networks

NB-Tu-III – Power Electronics Applications inPower Systems

HR-Tu-III – Protection Systems IVIB-Tu-III – Energy Storage and Hybrid Electrical

VehiclesCR-Tu-III – Power Quality Issues II

15:45

–

16:15

Coffee Break Coffee Break

16:15

–

18:00

NI-Mo-IV – Integration of Distributed Generation IINB-Mo-IV – Transient StabilityHR-Mo-IV – Protection Systems IIIB-Mo-IV – Transmission Expansion PlanningCR-Mo-IV – Power System Reliability

NI-Tu-IV – CommunicationsNB-Tu-IV – Frequency Control and Load ModellingHR-Tu-IV – Protection Systems VIB-Tu-IV – Power System MeasurementCR-Tu-IV – Demand Side Management

“Nicolae Iorga” Hall – NI “Nicolae Balcescu” Hall – NB “Drepturile Omului” Hall – HR

Technical Program

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Wednesday

July 1

Thursday

July 2

NI-We-I – Transmission Capacity Enhancementand Congestion Management I

NB-We-I – State Estimation and PMUHR-We-I – Emergency Control ActionsIB-We-I – Ancillary ServicesCR-We-I – Microgrids - Technical and

Economic Issues

NI-Th-I – Transmission Capacity Enhancementand Congestion Management II

NB-Th-I – Voltage StabilityHR-Th-I – System Protections SchemesIB-Th-I – Bidding Strategies in Electricity

MarketsCR-Th-I – Optimal Unit Commitment


NI-We-II – A.I. Applications in Power Systems:Fuzzy Logic

NB-We-II – Renewable Energy SystemsHR-We-II – Lightning and Electromagnetic

TransientsIB-We-II – Optimal Power FlowCR-We-II – Smart Grids I

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II

NI-Th-II – Energy EfficiencyNB-Th-II – Wind and Micro-Hydro

Generators ControlHR-Th-II – Transients and Electromagnetic

CompatibilityIB-Th-II – Reactive Power Planning and

ControlCR-Th-II – Smart Grids II

Po

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Sess

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III

Lunch Lunch

NI-We-III – A.I. Applications in Power Systems:Evolutionary Algorithms

NB-We-III – Wide Area Monitoring and ControlSystems

HR-We-III – Protection Systems VIIB-We-III – Power Market DesignCR-We-III – Restructuring of the Electricity Industry

and Transnational Networks

NI-Th-III – Power System MaintenanceNB-Th-III – Transmission System Costs and PricingHR-Th-III – Power System InsulationCR-Th-III – Generation Planning


NI-We-IV – Fuel Supply IssuesNB-We-IV – Technical and Economical Aspects of RESHR-We-IV – Electromagnetic CompatibilityIB-We-IV – Power System Risk AssessmentCR-We-IV – Power Systems Investments

Basil Papadias Best Student Award

Closing Ceremony

“C.A. Rosetti” Hall

“Ion I.C. Bratianu” Hall – IB “C.A. Rosetti” Hall – CR

7


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8

Opening Ceremony

Welcome Addresses

Monday, June 29, 9:00 - 12:30“Alexandru Ioan Cuza” Hall

Wanda Reder

Ecaterina Andronescu

Costas Vournas

Iancu Iulian

Adrian B

Mircea Eremia

ãicuþi

Þerban Raicu

IEEE PES President

Minister of Education, Research and Innovation

IEEE PowerTech International Steering Committee President

National World Energy Council President

IEEE Bucharest PowerTech 2009 Conference Chair

“Politehnica” of Bucharest Rector

2009 IEEE Bucharest PowerTech Conference Chair

,

,

National Power Grid Company TRANSELECTRICA S.A.,General Manager

, Co-

University ,

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Opening Ceremony

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9

Plenary Session

André Merlin

Mohammad Shahidehpour

Peter Kirchesch

Energy Efficiency in Electrical Networks

The Strategic Role and Challenges of EHV Power Gridin the New Context of the European Energy Policy

Smart Grid: A New Paradigm for Power Delivery

President of CIGREHonorary President of RTE, France

Carl Bodine Distinguished ProfessorChairman of the Electrical and ComputerEngineering DepartmentIllinois Institute of Technology, Chicago, USA

Vice President, Research and DevelopmentAREVATransmission and Distribution

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Technical Program

Chair:Federal University of Santa Catarina, Brazil

“Nicolae Iorga” Hall

35 Simulation of Microturbine Generation System Performance during Grid Faults undernew Grid Code Requirements

55 Cache Energy Control for Storage: Power System Integration and Education Based onAnalogies Derived from Computer Engineering

86 Potential of Improved Wind Integration by Dynamic Thermal Rating of Overhead Lines

100 Dynamic Equivalent Model of Distribution Network Cell Using Prony Analysis andNonlinear Least Square Optimization

266 Modeling of Induction Generator forWind-Turbine Systems

299 Experimental test of seven widely-adopted MPPT algorithms

464 Preventing Delayed Voltage Recovery with Voltage-Regulating Distributed EnergyResources

831 A Method for Cost Minimization Applicable to Load Centers Containing DistributedGeneration

Mohd Zamri Che Wanik ( ), Istvan Erlich (y)

Kai Strunz ( ), Henry Louie ( )

Tilman Ringelband ( ), Matthias Lange (), Martin Dietrich ( ), Hans-Jurgen

Haubrich ( )

Samila M. Zali ( ), Jovica V. Milanovic ()

Ulas Eminoglu ( )

Matteo Berrera ( ), Alberto Dolara ( y),Roberto Faranda ( ), Sonia Leva ( )

Sarina Adhikari ( ), Fangxing Li ( ),Huijuan Li ( ), Yan Xu ( ),John D. Kueck ( ), D. Tom Rizy (

)

Cedomir V. Zeljkovic ( ), Nikola Lj.Rajakovic ( ), Sinisa J. Zubic (

)

University of Duisburg-Essen, Germany University ofDuisburg-Essen, German

Technische Universität Berlin, Germany Seattle University, USA

RWTH Aachen University, Germany Energy & MeteoSystems, Germany E.ON Energy Trading AG, Germany

RWTH Aachen University, Germany

The University of Manchester, UK The University ofManchester, UK

Nigde University, Turkey

Politecnico di Milano, Italy Politecnico di Milano, ItalPolitecnico di Milano, Italy Politecnico di Milano, Italy

University of Tennessee, USA University of Tennessee, USAUniversity of Tennessee, USA Oak Ridge National Laboratory, USA

Oak Ridge National Laboratory, USA Oak Ridge NationalLaboratory, USA

University of Banja Luka, Bosnia and HerzegovinaUniversity of Belgrade, Serbia University of Banja Luka, Bosnia

and Herzegovina

Chair:

“Nicolae Balcescu” Hall

175 Chaotic Behavior Observations in a Power System ModelXianqi Li ( ), ClaudioA. Canizares( )

Huazhong University of Science and Technology, ChinaUniversity of Waterloo, Canada

Integration of Distributed Generation I

Power System Dynamics

Antonio Simoes Costa

Thierry Van CutsemUniversity of Liege, Belgium

Monday, June 29, 14:00 15:45-

Monday, June 29, 14:00 15:45-

10

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247 Faster than Real Time: Dynamic SecurityAssessment for Foresighted ControlActions

505 High-speed, Mixed-signal Emulation for Power System DynamicAnalysis

587 Small Disturbance Angle Stability Indication in the Electrical Networks with VariableSpeed Wind Turbines

699 Bifurcations and Loadability Issues in Power Systems

717 Dynamic Models for Transient Stability Analysis of Transmission and DistributionSystems with Distributed Generation:An Overview

822 Stability Investigation of HV Networks in presence of large Wind Farms

Uros Kerin ( ), Grega Bizjak (), Rainer Krebs ( ), Edwin Lerch ( ), Olaf

Ruhle ( )

Laurent Fabre ( ), Ira Nagel (), Rachid Cherkaoui (

), Maher Kayal ()

Nima Farkhondeh Jahromi ( ), Jens Boemer (), George Papaefthymiou (

), Lou van der Sluis ( )

Hector A. Pulgar-Painemal ( ), Peter W. Sauer( )

Jens Bömer ( ), Madeleine Gibescu (), Wil L. Kling (

)

Morris Brenna ( ), Federica Foiadelli ( ),Dario Zaninelli ( )

University of Ljubljana, Slovenia University of Ljubljana,Slovenia Siemens AG, Germany Siemens AG, Germany

Siemens AG, Germany

Ecole Polytechnique Federale de Lausanne, Switzerland EcolePolytechnique Federale de Lausanne, Switzerland Ecole PolytechniqueFederale de Lausanne, Switzerland Ecole Polytechnique Federale deLausanne, Switzerland

Delft University of Technology, Netherlands DelftUniversity of Technology, Netherlands Delft University ofTechnology, Netherlands Delft University of Technology, Netherlands

University of Illinois at Urbana-Champaign, USAUniversity of Illinois at Urbana-Champaign, USA

Delft University of Technology, Netherlands DelftUniversity of Technology, Netherlands Delft University of Technology andEindhoven University of Technology, Netherlands

Politecnico di Milano, Italy Politecnico di Milano, ItalyPolitecnico di Milano, Italy

251 Simulations of Power System Dynamic Phenomena

251 Simulations of Power System Dynamic Phenomena

“Drepturile Omului” Hall

32 Impact of SSSC on the Digital Distance Relaying

101 Distance Protection Algorithm for Power Transmission Lines Based on Monte-CarloMethod

Olaf Ruhle ( ), Florin Balasiu ( )

Olaf Ruhle ( ), Florin Balasiu ( )

A. Salemnia ( ), M. Khederzadeh( ), Amir Ghorbani (

)

Marija Zima-Bockarjova ( ), AntansSauhats ( ), Jevgenijs Kucajevs (

), Natalja Halilova ( ), Gregory Pashnin ()

Siemens AG, Germany Transelectrica, Romania

Siemens AG, Germany Transelectrica, Romania

Power and Water University of Technology, Tehran, IranPower and Water University of Technology, Tehran, Iran Power and Water

University of Technology, Tehran, Iran

Swiss Federal Institute of Technology (ETH), SwitzerlandRiga Technical University, Latvia Riga Technical University,

Latvia Riga Technical University, Latvia Riga TechnicalUniversity, Latvia

Protection Systems IChair:

SiemensAGErlangen, GermanyRainer Krebs

Monday, June 29, 14:00 15:45-

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131 Improved Operating Scheme Using an IEC61850-based Distance Relay for TransformerBackup Protection

254 Distance Protections Coordination Using the Exchange of Binary Signals in theIEC61850 Protocol

683 Performance of Distance Relays in Presence of IPFC

770 Distance RelayingAlgorithm Using a DFT-based Modified Phasor Estimation Method

Hyung-Kyu Kim ( ), Sang-Hee Kang ( ),Soon-Ryul Nam ( ), Sea-Seung Oh ( )

Ryszard Kowalik ( ), Marcin Januszewski ()

Mojtaba Pouyan ( ), Farzad Razavi ( ), MasoudRashidi-Nejad ( )

Dong-Gyu Lee ( ), Ye-Jun Oh ( ), Sang-Hee Kang ( ), Byung M. Han ( )

Myongji University, Korea Myongji University, KoreaMyongji University, Korea Myongji University, Korea

Warsaw University of Technology, Poland WarsawUniversity of Technology, Poland

Tafersh University, Iran Tafersh University, IranBahonar University, Kerman, Iran

Myongji University, Korea Myongji University, KoreaMyongji University, Korea Myongji University, Korea

Chair:

“Ion I.C. Bratianu” Hall

306 Neutral-Point Shifting and Voltage Unbalance due to Single-Phase DG Units in LowVoltage Distribution Networks

307 Neutral Earthing in Off-Shore Wind Farm Grids

474 Power Networks' Robustness Oriented Extension

571 Optimal Sizing and Sitting of Distributed Generation in Radial Distribution Network:Comparison of Unidirectional and Bidirectional Power Flow Scenario

606 Application of MA with RMSLS to Probabilistic Distribution Network ExpansionPlanning

695 LV Self Balancing Distribution Network Reconfiguration for Minimum Losses

Lieven Degroote ( ), Bert Renders ( ), BartMeersman ( ), Lieven Vandevelde ( )

Robert van de Sandt ( ), Jakob Lowen (), Jens Paetzold ( ), Istvan

Erlich ( )

Dorin Sarchiz ( ), Vasile Dub ()

Mohammad Mashhour ( ), Masoud A. Golkar (), Seyed-Masoud Moghaddas Tafreshi (

)

Hiroyuki Mori ( ), TakafumiYoshida ( )

D.V. Nicolae ( ), M.W. Siti (),A.A. Jimoh ( )

Ghent University, Belgium Ghent University, BelgiumGhent University, Belgium Ghent University, Belgium

University of Duisburg-Essen, Germany Bayernwerk AGand E.ON Netz GmbH, Germany E.ON Engineering GmbH, Germany

University of Duisburg-Essen, Germany

“Petru Maior” University of Targu-Mures, Romania “PetruMaior” University of Targu-Mures, Romania

K.N. Toosi University of Technology, Iran K.N.Toosi University of Technology, Iran K.N. ToosiUniversity of Technology, Iran

Meiji University, Japan Meiji University, Japan

Thswane University of Technology, South Africa University ofJohannesburg, South Africa Thswane University of Technology, South Africa

Distribution Systems Planning and OperationTuran GonenCalifornia State University, USA

Monday, June 29, 14:00 15:45-

Technical Program

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711 Evaluation of Probabilistic-Based Selectivity Technique for Earth Fault Protection inMV Networks

720 Voltage Sags Pattern Recognition Technique for Fault Section Identification inDistribution Networks

Abdelsalam M. Elhaffar ( ), Nagy I.Elkalashy ( ), Naser G. Tarhuni (

), Mohamed F. Abdel-Fattah (), Matti Lehtonen ( )

Hazlie Mokhlis ( ),Abd Rahman Khalid (), H. Li ( )

Helsinki University of Technology (TKK), FinlandHelsinki University of Technology (TKK), Finland Sultan

Qaboos University, Oman Helsinki University of Technology(TKK), Finland Helsinki University of Technology (TKK), Finland

University of Manchester, United Kingdom Universityof Tenaga Nasional, Malaysia University of Manchester, United Kingdom

Chair:University of Tokyo, Japan


51 New Method Based on Load Flow with Step Size Optimization for Calculating theMaximum Loading Point

60 Simple Method for Computing Power Systems Maximum Loading Conditions

189 Fast Decoupled Steady-State Solution for Power Networks Modeled at the Bus SectionLevel

404 Probabilistic Load Flow Calculation Based on an Enhanced Convolution Technique

425 Discrete Solutions of Electric Power Systems Based on a Differentiation Matrix and aNewton Method

431 Steady-State Calculation of Electrical Power System by the Newton's Method inOptimization

442 A Simple and Reliable Algorithm for Computing Boundaries of Power Flow Solutionsdue to System Uncertainties

788 Anovel Z-MatrixAlgorithm for Distribution Power Flow Solution

Akihiko Yokoyama

Beatriz L. Tavares ( ), Manfred F. Bedriñana (), CarlosA. Castro ( )

Cassio H. Fujisawa ( ), Carlos A. Castro ()

Elizete M. Lourenco ( ), Nastasha S. da Silva (),Antonio S. Costa ( )

Johannes Schwippe ( ), Olav Krause (), Christian Rehtanz (

)

Norberto Garcia ( )

Andrew V. Pazderin ( ), Sergey V. Yuferev ()

Alfredo Vaccaro ( ), Claudio A. Canizares (), Domenico Villacci ( )

Ting-Chia Ou ( ), Whei-Min Lin ()

University of Campinas, Brazil University ofCampinas, Brazil University of Campinas, Brazil

University of Campinas, Brazil University ofCampinas, Brazil

Federal University of Parana, Brasil FederalUniversity of Parana, Brasil Federal University of Santa Catarina, Brasil

Technische Universität Dortmund, Germany TechnischeUniversität Dortmund, Germany Technische Universität Dortmund,Germany

Universidad Michoacana de San Nicolás de Hidalgo, Mexico

Ural State Technical University, Russia Ural StateTechnical University, Russia

University of Sannio, Italy University of Waterloo,Canada University of Sannio, Italy

National Sun Yat-Sen University, Taiwan National Sun Yat-Sen University, Taiwan

Power Flow Calculation

Monday, June 29, 14:00 15:45-

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Chair:Politecnico di Milano, Italy


149 Impact of the Wind Forecast Error on the French Balancing System

360 Optimum Distributed Generation Penetration In a Distribution Network

494 PV Systems Penetration and Allocation to an Urban Distribution Network: A Power LossReductionApproach

569 New Tool for Integration of Wind Power Forecasting into Power System Operation

661 Technical Challenges in Modernizing Distribution Electric Power Systems with LargeNumber of Distributed Generators

751 The Connection to the Grid of Wind Turbines

792 Integrating RES into the Romanian Transport System

794 ANew Tool forWind Farm Optimal Design

Chair:


38 PSO-ANNApproach forTransient Stability Constrained Economic Power Generation

Dario Zaninelli

Vincent Lavier ( ), Maria Giralt-Devant ( )

George N. Koutroumpezis ( ), Anastasia S. Safigianni( )

Antonios G. Marinopoulos ( ), Aggelos S.Bouhouras ( ), Georgios K. Peltekis (

), Antonios K. Makrygiannis (), Dimitris P. Labridis ( )

Andrej F. Gubina ( ), Andrew Keane (), Peter Meibom (

), Jonathan O'Sullivan ( ), Oisin Goulding ( ),Tom McCartan ( ), Mark O'Malley ( )

Masoud Honarvar Nazari ( ), Marija Ilic ()

Doina Dragomir ( ),Nicolae Golovanov ( ), Petru Postolache( ), Cornel Toader (

)

Nicolae Golovanov ( ), George C. Lazaroiu( ), Maria Roscia ( ),Dario Zaninelli ( )

Javier Serrano-González ( ), Ángel-Gaspar González-Rodríguez( ), J. Castro Mora ( ), Jesus-Manuel Riquelme-Santos( ), Manuel Burgos-Payan ( )

Ayman Hoballah ( ), Istvan Erlich ()

EDF R&D, France EDF R&D, France

Democritus University of Thrace, GreeceDemocritus University of Thrace, Greece

Aristotle University of Thessaloniki, GreeceAristotle University of Thessaloniki, Greece Aristotle

University of Thessaloniki, Greece Aristotle University ofThessaloniki, Greece Aristotle University of Thessaloniki, Greece

University College Dublin, Ireland University CollegeDublin, Ireland RISO National Laboratory for Sustainable Energy,Denmark Eirgrid Plc., Ireland Eirgrid Plc., Ireland

SONI Ltd., UK University College Dublin, Ireland

Carnegie Mellon University, USA Carnegie MellonUniversity, USA

Electrical Department, Romanian Standards Association, RomaniaUniversity “Politehnica” of Bucharest, Romania

University “Politehnica” of Bucharest, Romania University “Politehnica”of Bucharest, Romania

University Politehnica of Bucharest, RomaniaUniversity Politehnica of Bucharest, Romania University of Bergamo, Italy

Politecnico di Milano, Italy

University of Seville, SpainUniversity of Jaen, Spain Persan, SpainUniversity of Seville, Spain University of Seville, Spain

University of Duisburg Essen, Germany University ofDuisburg Essen, Germany

Integration of Distributed Generation II

Transient Stability

Monday, June 29, 16:15 18:00

Monday, June 29, 16:15 18:00

-

-

Nikolai VoropaiEnergy Systems Institute, Irkutsk, Russia

Technical Program14

Mon

day,

Ju

ne

29

52 Application of Dynamic Sensitivity Theory to Assess the Thyristor-Based FACTSControllers' Effect on the Transient Stability of Power Systems

83 Transient Stability Improvement Using the Associate Hermite assisted PredictionTechnique

106 Implementation of the Enhanced Binary-SIME method for Finding Transient StabilityLimits with PSS/E™

341 Impact of Magnetically Controlled Shunt Reactors on Transient Stability of Oil-Production Enterprise Isolated Power Systems

364 Performance Evaluation of Indices forTransient Stability

394 Enhanced stability of EHV power networks with HVDC connections

804 AMethod of Transient Electromechanical Process Modeling in Power Systems

Chair:


13 ANew Transformer Hysteresis Model in MATLAB ™ Simulink

72 Sensitive Protection of PowerTransformers for Internal Inter-Turn Faults

156 Application of Discrete Wavelet Transform for Differential Protection of PowerTransformers

162 Optimal Radial Basis Function Neural Network Power Transformer DifferentialProtection

Enrique A. Zamora-Cárdenas ( ),Claudio R. Fuerte-Esquivel ( ),Luis Contreras-Aguilar ( )

Barrie L. Kokanos ( ), George G. Karady ()

Hui-Min Tan ( ), David Vowles (), Rastko Zivanovic ( )

Andrey N. Belyaev ( ), Serguei V.Smolovik ( )

Uros Kerin ( ), Maras Bojan (), Grega Bizjak ( )

Steffen Vogt ( ), Philipp Stachel (), Peter Schegner (

)

Nikolay F. Djagarov ( )

Okan Ozgonenel ( ), Hasan Dirik (), Irfan Guney ( ), Omer Usta (

)

Andrzej Wiszniewski ( ), Waldemar Rebizant( ), Ludwig Schiel ( )

Mario O. Oliveira ( ),Arturo S. Bretas ()

Manoj Tripathy ( )

Universidad Michoacana de San Nicolás de Hidalgo, MexicoUniversidad Michoacana de San Nicolás de Hidalgo, Mexico

Universidad Michoacana de San Nicolás de Hidalgo, Mexico

Arizona Public Service Co., USA Arizona StateUniversity, USA

University of Adelaide, Australia University of Adelaide,Australia University of Adelaide, Australia

Saint-Petersburg State Polytechnical University, RussiaSaint-Petersburg State Polytechnical University, Russia

University of Ljubljana, Slovenia University of Ljubljana,Slovenia University of Ljubljana, Slovenia

Dresden University of Technology, Germany DresdenUniversity of Technology, Germany Dresden University of Technology,Germany

Varna Technical University, Bulgaria

Ondokuz Mayis University, Turkey Ondokuz MayisUniversity, Turkey Acibadem University, Turkey ÝstanbulTechnical University, Turkey

Wroclaw University of Technology, PolandWroclaw University of Technology, Poland Siemens AG, Germany

Federal University of Rio Grande do Sul, Brazil FederalUniversity of Rio Grande do Sul, Brazil

National Institute of Technology Allahabad, India

Protection Systems IIKlaus-Peter BrandABB Switzerland Ltd., Baden, Switzerland

Monday, June 29, 16:15 18:00-

16:1

5-

18:0

0S

essi

on

15


187 Protection of oil-filled Transformer against Explosion: Numerical Simulations on a 200MVATransformer

380 Effects of Current Transformers Saturation on Coordination and Operation of DistanceRelays, a Glance From NewAngle

784 Current Differential Relay with a Power-Current Spectrum Blocking for TransformerProtection

Chair:


138 Components' Impact on Critical Transfer Section for Risk Based Transmission SystemPlanning

248 Greenfield Planning of modern Metropolises

454 Hydrothermal System Operation and Transmission Planning Considering Large WindFarm Connection

610 Transmission Expansion Planning Under Uncertainty The Role of FACTS in ProvidingStrategic Flexibility

614 Valuing a Flexible Regulatory Framework forTransmission Expansion Investments

630 Uprating a 220 kV Double Circuit Transmission Line in Romania; Study of the PossibleSolutions, Technical and Economic Comparison

Sébastien Muller ( ), Margareta Petrovan Boiarciuc (), Guillaume Perigaud ( )

Hadi Hosseinian ( ), Amir Bagheri ( ), HosseinAskarian Abyaneh ( ), Farzad Razavi (

)

Hatem A. Darwish ( ), Matti Lehtonen ()

Johan Setreus ( ), StefanArnborg (), Roland Eriksson ( ),

Lina Bertling ( )

D.Audring ( ), M. Hable ( ), Edwin Lerch (), K. Schilling ( )

Mauricio Raby ( ), Sebastian Ríos (), S. Jerardino ( ), Juan C. Araneda (

), Ricardo Raineri ( )

Gerardo A. Blanco ( ), Fernando G. Olsina( ), Osvaldo A. Ojeda (

), Francisco F. Garces ( )

Gerardo A. Blanco ( ), Rolando M. Pringles( ), Fernando G. Olsina (

), Francisco F. Garces (

Elena Mateescu ( ), Daniel Marginean (), Georgel Gheorghita ( ),

Ecaterina Dragan ( ), Stelian I.A. Gal (), Constantin Matea ( )

SERGI Holding, France SERGI Holding,France SERGI Holding, France

Zanjan University, Iran Zanjan University, IranAmir Kabir University of Technology, Iran Tafresh

University, Iran

Menoufiya University, Egypt Helsinki University ofTechnology, Finland

Royal Institute of Technology, KTH, Sweden Royal Institute ofTechnology, KTH, Sweden Royal Institute of Technology, KTH, Sweden

Royal Institute of Technology, KTH, Sweden

Siemens AG, Germany Siemens AG, Germany SiemensAG, Germany Siemens AG, Germany

Catholic University of Chile, Chile Catholic University ofChile, Chile Kas Engineering S.A., Chile Transelec S.A.,Chile Catholic University of Chile, Chile

Universidad Nacional de San Juan, ArgentinaUniversidad Nacional de San Juan, Argentina Universidad Nacional de

San Juan, Argentina Universidad Nacional de San Juan, Argentina

National University of San Juan, ArgentinaNational University of San Juan, Argentina National University of San

Juan, Argentina National University of San

Fichtner Engineering Ltd, Romania FichtnerEngineering Ltd, Romania Fichtner Engineering Ltd, Romania

Fichtner Engineering Ltd, Romania “Transelectrica”-S.A., Romania “Transelectrica”- S.A., Romania

Juan, Argentina)

Transmission Expansion PlanningBruno Meyer

RTE, France

Monday, June 29, 16:15 18:00-

Mon

day,

Ju

ne

29

16

Technical Program

Mon

day,

Ju

ne

29

17

700 Systematical Determination of Load Flow Cases for Power System Planning

Chair:


48 Reliability Model of Large Offshore Wind Farms

77 Enhancement of the Reliability of Extra and Ultra High Voltage Transmission Systems

222 Impacts of Loop Restoration Strategy on Distribution System Reliability

379 Reliability Studies of a PV-WG Hybrid System in Presence of Multi-micro StorageSystems

440 Reliability of Islanded Microgrids with Stochastic Generation and Prioritized Load

451 Power System Reliability Modeling withAging Using ThinningAlgorithm

497 Fast Minimal Cutset Evaluation in Cyclic Undirected Graphs for Power TransmissionSystems

Georg Rechberger ( ), Herwig Renner (),Alexander Gaun ( )

Ervin Spahiæ ( ), Andreas Underbrink (), Vincent Buchert ( ), Jutta

Hanson ( ), Ingo Jeromin (), Gerd Balzer ( )

Mathias Ramold ( ), Johann Jäger ()

Shahram Kazemi (S ), Mahmud Fotuhi-Firuzabad (), Majid Sanaye-Pasand ( ), Matti

Lehtonen ( )

Alessandro Burgio ( ), Daniele Menniti (), Anna Pinnarelli ( ), Nicola Sorrentino (

)

Scott Kennedy ( ), Mirjana Milosevic Marden( )

Hagkwen Kim ( ), Chanan Singh ( )

Alexander Gaun ( ), Herwig Renner (), Georg Rechberger ( )

Graz University of Technology, Austria Graz Universityof Technology, Austria Graz University of Technology, Austria

Darmstadt University of Technology, Germany ABBPower Utilities AG, Germany EnBW Renewables GmbH, Germany

ABB Power Utilities AG, Germany Darmstadt University ofTechnology, Germany Darmstadt University of Technology, Germany

University of Erlangen-Nürnberg, Germany University ofErlangen-Nürnberg, Germany

harif University of Technology, Iran SharifUniversity of Technology, Iran University of Tehran, Iran

Helsinki University of Technology, Finland

University of Calabria, Italy University of Calabria,Italy University of Calabria, Italy University ofCalabria, Italy

Masdar Institute of Science and Technology, UAEMassachusetts Institute of Technology, USA

Texas A&M University, USA Texas A&M University, USA

Graz University of Technology, Austria Graz University ofTechnology, Austria Graz University of Technology, Austria

Power System ReliabilityLina BertlingChalmers Technical University, Goteborg, Sweden

Monday, June 29, 16:15 18:00-

16:1

5-

18:0

0S

essi

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Chair:


Chair:


15 MitigationofSubsynchronousOscillationsby48-PulseVSCSTATCOMUsingRemoteSignal

152 Confidence Interval Estimation for Short-term Load Forecasting

200 New robust method applied to short-term load forecasting

340 Bottom-upApproach to Spatial Load Forecasting: PreliminaryAssumptions

347 Load Forecasting Scheme Based on Energy Efficiency for Planning the Expansion ofElectrical Systems

616 Short Term Wind Speed Prediction by Finite and Infinite Impulse Response Filters: AState Space Model Representation Using Discrete Markov Process

629 Clustering based Short Term Load Forecasting using Support Vector Machines

734 Load Forecast under Uncertainty:Accounting for the Economic Crisis Impact

808 Wind Power Short-Term Forecasting System

827 Long Term Multi-Scale Analysis of the Daily Peak Load Based on the Empirical ModeDecomposition

Benjamin Petiau ( )

Yacine Chakhchoukh ( ), Patrick Panciatici ( ), Lamine Mili( )

Jacek Wasilewski ( )

Jose L. Cerda Arias ( ), Dirk Westermann ()

Noha Abdel-Karim ( ), Mitchell Small (), Marija Ilic ( )

Amit Jain ( ), B. Satish( )

Leontina Pinto ( ), JacquesSzczupak ( ), Carlos Almeida, Luiz HenriqueMacedo ( ), Marcia Inoue( ), Renata Massaro (

), R. Semolini ( ), Jose Pascon (), Eduardo Albarelli (

), D. Tortelli ( )

Corneliu Dica ( ), Camelia-Ioana Dica (), Daniela Vasiliu ( ), Gheorghe

Com nescu ( ), Monica Ungureanu ()

M. Ould Mohamed Mahmoud ( ), FaroukMhamdi ( ), Meriem Jaidane-Saidane (

)

RTE M&S, France

RTE, France RTE, FranceVirginia Tech-NVC, USA

Warsaw University of Technology, Poland

University of Ilmenau, Germany University ofIlmenau, Germany

Carnegie Mellon University, USA CarnegieMellon University, USA Carnegie Mellon University, USA

International Institute of Information Technology, IndiaInternational Institute of Information Technology, India

Engenho Pesquisa, Desenvolvimento e Consultoria Ltda., BrasilCatholic University of Rio de Janeiro, Brasil

Engenho Pesquisa, Desenvolvimento e Consultoria Ltda., BrasilElektro Eletricidade e Serviços S.A., Brasil Elektro Eletricidade e Serviços

S.A., Brasil Elektro Eletricidade e Serviços S.A., Brasil ElektroEletricidade e Serviços S.A., Brasil AES-Eletropaulo SA São Paulo,Brasil Companhia Paulista de Força e Luz, Brasil

S.C. C-TECH SRL, Romania S.C. C-TECH SRL,Romania University “Politehnica” of Bucharest, Romania

University “Politehnica” of Bucharest, Romania S.C.Trapec S.A., Romania

Ecole Nationale d'Ingenieurs de Tunis, TunisiaEcole Nationale d'Ingenieurs de Tunis, Tunisia Ecole

Nationale d'Ingenieurs de Tunis, Tunisia

ã


)



Load and Wind Power Forecasting

FACTSApplications in Power Systems

Gianfranco Chicco

Dietmar Retzmann

Politenico di Torino, Italy

SiemensAGErlangen, Germany

Tuesday, June 30, 8:30 10:30

Tuesday, June 30, 8:30 10:30

-

-

18

Technical ProgramT

ues

day,

Ju

ne

30

19

91 Impact of the StatCom on the Power System Feasibility Region Boundary

140 Applying TCSC Frequency Response Data Derived Using Electromagnetic TransientAnalysis in SSR Frequency Scanning Studies

180 FACTS to EnhanceAvailability and Stability ofAC PowerTransmission

212 AModified NonlinearDampingofZero -Dynamics viaFeedback Control foraSTATCOM

368 InteractionsAnalysis of UPFC Multifunction Controller

450 Dynamic Phase-domain Modelling and Simulation of STATCOM in Large-scale PowerSystems

733 Harmonic Modeling of Multi-pulse SSSC

Chair:


87 Robust Coordinated Tuning of Parameters of Standard Power System Stabilizers forLocal and Global Grid Objectives

114 Damping Subsynchronous Resonance in Power Systems Using Reduced Order RobustControlApproach

164 Robust UPFC Controller Design Using Quantitative Feedback Theory Method

284 Quasi-Steady-State Modeling of Interarea Oscillations

Hector R. Carvajal-Peréz ( ), Claudio R. Fuerte-Esquivel( )

Pasi Vuorenpaa ( ), Tuomas Rauhala (), Pertti Jarventausta ( )

Rolf Grunbaum ( )

Youngseong Han ( ), Young O. Lee ( ),Chung C. Chung ( )

Sylwester Robak ( ), Desire D.Rasolomampionona( )

Esther Barrios-Martínez ( ), CesarAngeles-Camacho ( ), Enrique Acha( ), Miguel A. Olguín-Becerril (

)

Pável Zúñiga-Haro ( )

Bogdan Marinescu ( ), Badis Mallen ( ), Henri Bourles (), Luis Rouco ( )

Basim T. Kadhem ( ), Andrey N. Belyaev( ), Serguei V. Smolovik (

)

Seyed Abbas Taher ( ), Shahabeddin Akbari (), Abbas Ketabi ( ), Reza Hematti ( ),

AliAbdolalipour ( )

Costas D. Vournas ( ), John C. Mantzaris( )

Universidad de Colima, MéxicoUniversidad Michoacana de San Nicolás de Hidalgo, Mexico

Tampere University of Technology, Finland Fingrid Oyj,Finland Tampere University of Technology, Finland

ABB AB, Sweden

Hanyang University, Korea Hanyang University, KoreaHanyang University, Korea

Warsaw University of Technology, PolandWarsaw University of Technology, Poland

Universidad Nacional Autónoma de Mexico, MexicoUniversidad Nacional Autónoma de Mexico, Mexico

University of Glasgow, UK Universidad Nacional Autónoma deMexico, Mexico

University of Guadalajara, México

RTE, France RTE, France ConsevatoireNational des Arts et Metiers, France Universidad Pontificia Comillas, Spain

Petersbug State Polytechnical University, RussiaPetersbug State Polytechnical University, Russia Petersbug State

Polytechnical University, Russia

University of Kashan, Iran University of Kashan,Iran University of Kashan, Iran University of Kashan, Iran

University of Kashan, Iran

National Technical University of Athens, GreeceNational Technical University of Athens, Greece

Oscillations DampingClaudio Canizares

University of Waterloo, Canada

Tuesday, June 30, 8:30 10:30-

Tu

esd

ay,

Ju

ne

30

8:3

0-

10:3

0S

essi

on


Tu

esd

ay,

Ju

ne

30

20

492 Realization of a “Band-Stop” Device to Damp Inter-Area Oscillations with Interventioninto the Turbine Governor

620 Damping of Power-System Oscillations with theApplication of a GUPFC

779 PSS Design for the Hellenic System with Partial Interconnection to Turkey

801 Power System Control Based on the Identification of Oscillation Modes

Lajos Kiss ( ), Jozsef Zerenyi ()

Valentin Azbe ( ), Rafael Mihalic ()

Basil M. Nomikos ( ), Maria E. Kouveletsou( ), Costas D. Vournas (

)

Fernando B. Prioste ( ), Aguinaldo S. e Silva (), Ildemar C. Decker ( )

Technical University of Budapest, Hungary HungarianTransmission System Operator Co. Ltd., Hungary

University of Ljubljana, Slovenia University of Ljubljana,Slovenia

Hellenic Transmission System Operator, GreeceNational Technical University of Athens, Greece National Technical

University of Athens, Greece

University of Santa Catarina, Brazil University ofSanta Catarina, Brazil University of Santa Catarina, Brazil

Wind Farm OperationChair:

University of Liege, Belgium“Ion I.C. Bratianu” Hall

147 Evaluating the Performance of External Fault Ride-Through Solutions used in WindFarms with Fixed Speed Induction Generators when Facing Unbalanced Faults

278 Grid integration impacts on wind turbine design and development

374 Electrical Grid Integration and Power Quality Studies of a Variable-Speed Wind EnergyConversion System

401 Protections Impact on the Availability of a Wind Power Plant Operating in RealConditions

475 Verification of the Reactive Power Requirements in Wind Farms

662 Verification ofWind Parks and theirIntegration intoSmall-Interconnected PowerSystem

Thierry Van Cutsem

Fernanda O. Resende ( ), JoaoAbel Peças Lopes (

)

Anca D. Hansen ( ), Nicolaos A. Cutululis( ), P. Sorensen (

), Florin Iov ( )

R. Melício ( ), Victor M.F. Mendes (), Joao P.S. Catalao ( )

Irinel-Sorin Ilie ( ), Gianfranco Chicco ( ),Paolo Di Leo ( ), Filippo Spertino ( )

Vicente Leon-Martinez ( ), Joaquin Montanana-Romeu ( ), Jose Roger-Folch (

), Emilio Gomez-Lazaro ( ), M.Canas ( ), Juan A. Fuentes (

),AngelMolina ( )

Jako Kilter ( ), Mart Landsberg (), Ivo Palu ( ), Oleg

Tsernobrovkin ( )

Polytechnic Institute of Bragança and INESC Porto, PortugalFaculdade de Engenharia da Universidade do Porto and INESC Porto,

Portugal

Technical University of Denmark, DenmarkTechnical University of Denmark, Denmark Technical University of Denmark,

Denmark Aalborg University, Denmark

University of Beira Interior, Portugal Instituto Superior deEngenharia de Lisboa, Portugal University of Beira Interior, Portugal

Politecnico di Torino, Italy Politecnico di Torino, ItalyPolitecnico di Torino, Italy Politecnico di Torino, Italy

Universidad Politecnica de Valencia, SpainUniversidad Politecnica de Valencia, Spain Universidad Politecnica

de Valencia, Spain Renewable Energy Research Institute, SpainRenewable Energy Research Institute, Spain Universidad Politecnica

deCartagena,Spain UniversidadPolitecnicadeCartagena,Spain

Tallinn University of Technology, Estonia Tallinn University ofTechnology, Estonia Tallinn University of Technology, Estonia

Tallinn University of Technology, Estonia

Tuesday, June 30, 8:30 10:30-

Technical Program

Tu

esd

ay,

Ju

ne

30

11

21

787 Conversion of a Switched Reluctance Motor to Operate as a Generator for Wind PowerApplications

816 Wind Turbine Modelling forTransientAnalysis:Application to the Spanish Grid Code

University of Cape Town, SouthAfrica

Mohamad Nassereddine ( ), Jamal Rizk (), M. Nagrial ( )

Antonio J. Pujante-Lopez ( ), Juan A. Fuentes-Moreno ( ), Emilio Gomez-Lazaro (

),Angel Molina-Garcýa (), Miguel Canas-Carret ( )

University of Western Sydney, Australia University ofWestern Sydney, Australia University of Western Sydney, Australia

Universidad de Castilla-La Mancha, SpaniaUniversidad Politecnica de Cartagena, Spain Universidad

de Castilla-La Mancha, Spain Universidad Politecnica de Cartagena,Spain Universidad de Castilla-La Mancha, Spain

Ronald HermanChair:


53 Strategies in Technical Loss Reduction and It's Impact on Harmonic Performance ofDistribution Network

129 Peculiar Properties of Voltage Phase Fluctuation Calculations at Power Networks withRapid Variable Loads

177 Application of Parameter Estimation Methods to theAssessment of DFIG's Currents

295 Flicker Effect on Cable's and Line's Sizing in Distributed System

359 Comparison of Calculated and Measured Flicker Values for Two Different NetworkTopologies

640 NovelAnalyticalApproximation Method of Frequency Dependent Thevenin Impedance

742 A Novel Algorithm Based on Honey Bee Mating Optimization for Distribution HarmonicState Estimation Including Distributed Generators

824 Harmonic Meter Placement Based on Singular Value Decomposition and GeneticAlgorithm

Mau Teng Au ( ), Tashia Marie Anthony (), Malik Mohamad ( )

Anatoly Lipsky ( ), Elena Rosentul ()

Esther Torres ( ), Sinisa Djurovic (), Vladimir Terzija ( ), Steve Williamson

( )

Ali Roghani Araghi ( ), Behrooz Vahidi (), Seyed Hossein Hosseinian (

),A. Doroudi ( )

Milos Maksic ( ), Bostjan Blazic (), Igor Papic ( )

Peter Kiss ( ), Andras Dan( )

Ali Arefi ( ), Mahmood-Reza Haghifam (), Hamid Fathi (

), Taher Niknam ( ), Javad Olamaei ()

A. Ketabi ( ), S.A. Hoseini ( )

Universiti Tenaga Nasional, Malaysia UniversitiTenaga Nasional, Malaysia TNB Research, Malaysia

Ariel University Center of Samaria, Israel Ariel UniversityCenter of Samaria, Israel

University of the Basque Country, Spain The University ofManchester, UK The University of Manchester, UKUniversity of Surrey, UK

Amirkabir University of Technology, Iran AmirkabirUniversity of Technology, Iran Amirkabir University ofTechnology, Iran Shahed University, Tehran, Iran

University of Ljubljana, Slovenia University of Ljubljana,Slovenia University of Ljubljana, Slovenia

Budapest University of Technology and Economics, HungaryBudapest University of Technology and Economics, Hungary

Tarbiat Modares University, Tehran, Iran TarbiatModares University, Tehran, Iran Amirkabir University of Technology, Tehran,Iran Shiraz University of Technology, Iran Islamic AzadUniversity South Tehran Branch, Iran

University of Kashan, Iran University of Kashan, Iran

Harmonics and Flicker

Tuesday, June 30, 8:30 10:30-

8:3

0-

10:3

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essi

on


Tu

esd

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Ju

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30

22

Chair:


34 A Specialized Genetic Algorithm to Solve the Short Term Transmission NetworkExpansion Planning

78 Critical Consideration of the Suitability of Randomized Optimization Methods: PowerSystem Topology Estimation Problem

223 Optimal Power Flow with Environmental Constraints of the Algerian Network usingDecomposed Parallel GA

285 Multi-deme Parallel Genetic Algorithm in Reliability Analysis of Composite PowerSystems

412 Network Reconfiguration to Improve Reliability and Efficiency in Distribution Systems

476 Applying GeneticAlgorithms to REI System Equivalents

702 Genetic Algorithms and Treatment of Multiple Objectives in the Allocation of CapacitorBanks in an Electric Power Distribution System

672 PricingAnalysis in the Brazilian Energy Market: a Decision TreeApproach

837 Optimal SVC Placement in Electric Power Systems using a Genetic Algorithms basedMethod

Luis A. Gallego ( ), Marcos J. Rider (), Ruben Romero ( ), Ariovaldo V. Garcia (

)

Marija Zima-Bockarjova ( ), ErnstScholtz ( ), Mats Larsson (

), GoranAndersson ( )

Belkacem Mahdad ( ), Kamel Srairi (), Tarek Bouktir ( )

Lingfeng Wang ( ), Chanan Singh ( )

Romeu M. Vitorino ( ), Luis P. Neves (), Humberto M. Jorge ( )

Ovidiu Ivanov ( ), Mihai Gavrilas ()

Wellington Alex dos Santos Fonseca ( ), FabiolaGraziela Noronha Barros ( ), Ubiratan HolandaBezerra ( ), Roberto Célio Limão de Oliveira (

), Marcus Vinícius Alves Nunes ()

Jose C. Reston Filho ( ), Carolina M. Affonso (), Roberto C.L. Oliveira ( )

Ioana Pisic ( ), Constantin Bulac (), Lucian Toma (

), Mircea Eremia ( )

Paulista State University, Brazil University of Campinas,Brazil Paulista State University, Brazil University ofCampinas, Brazil

Swiss Federal Institute of Technology (ETH), SwitzerlandEPIC Merchant Energy, USA ABB Corporate Research,

Switzerland Swiss Federal Institute of Technology (ETH), Switzerland

University of Biskra, Algeria University of Biskra,Algeria Oum Elbouaghi University, Algeria


Polytechnic Institute of Leiria, Portugal PolytechnicInstitute of Leiria, Portugal University of Coimbra, Portugal

“Gh. Asachi” Technical University of Iassy, Romania “Gh.Asachi” Technical University of Iassy, Romania

Federal University of Pará, Belém, BrazilFederal University of Pará, Belém, Brazil

Federal University of Pará, Belém, Brazil FederalUniversity of Pará, Belém, Brazil Federal University of Pará,Belém, Brazil

Instituto Dados da Amazonia, Brazil FederalUniversity of Para, Brazil Federal University of Para, Brazil

University “Politehnica” of Bucharest, Romania University“Politehnica” of Bucharest, Romania University “Politehnica” of Bucharest,Romania University “Politehnica” of Bucharest, Romania

ã

A.I.Applications in Power Systems: GeneticAlgorithmsand Decision Trees

Germano Lambert-TorresItajuba Federal University of Brazil, Brazil

Tuesday, June 30, 11:00 12:30-

Technical Program

Tu

esd

ay,

Ju

ne

30

11

23

Chair:


22 Multivariable Feedback Design of VSC-HVDC Connected to WeakAC Systems

271 Integration of Hydrogen Generator into Wind Farm Interconnected HVDC System

308 Fault Ride Through of Large Offshore Wind Farms Using HVDC Transmission

517 Sustainability Analysis of VSC-HVDC in the Liberalised European Power System: APractical Case

532 HVDC Control Strategies to Improve Transient Stability in Interconnected PowerSystems

777 Use of Local and Remote Information in POD Control of a VSC-HVdc

826 Analysis of Innovative HVDC Control

Chair:


219 Simulation Evaluation of an Integrated Boundary Protection Scheme

220 Simulation andAlgorithm Development of Protection Scheme in DC Traction System

257 Adaptive Overcurrent Relay using Fundamental Component and CosineAdaptive Filter

Lidong Zhang ( ), Hans-Peter Nee ()

S.M. Muyeen ( ), Rion Takahashi (), Toshiaki Murata ( ), Junji Tamura

( )

Lie Xu ( ), Liangzhong Yao ( ), MasoudBazargan ( ), Anhe Yan (

)

Angelo L'Abbate ( ), Gianluca Fulli ( )

Jagabondhu Hazra ( ), Yannick Phulpin ( ), Damien Ernst( )

Hector F. Latorre ( ), Mehrdad Ghandhari (), Lennart Soder (

)

Dusan Povh ( ), Pakorn Thepparat (), Dirk Westermann ( )

Moxue Li ( ), Zhiqian Bo ( ),Jinghan He ( ), Hao Zhang (

),Andrew Klimek ( )

Moxue Li ( ), Zhiqian Bo ( ),Jinghan He ( ), Hao Zhang (

),Andrew Klimek ( )

Vaibhav Jhanwar ( ), Ashok K. Pradhan ()

ABB Power Systems, Sweden Royal Institute of Technology,Stockholm, Sweden

Kitami Institute of Technology, Japan Kitami Institute ofTechnology, Japan Kitami Institute of Technology, JapanKitami Institute of Technology, Japan

Queen's University of Belfast, UK AREVA T&D, UKAREVA T&D, UK Electric Power Control Centre of Henan Province,

China

CESI RICERCA, Italy Institute for Energy, Netherlands

SUPELEC, France SUPELEC, FranceUniversity of Liege, Belgium

Royal Institute of Technology (KTH), Sweden RoyalInstitute of Technology (KTH), Sweden Royal Institute of Technology (KTH),Sweden

University of Ljubljana, Slovenia Technical University ofIlmenau, Germany Technical University of Ilmenau, Germany

Beijing Jiaotong University, China AREVA T&D Automation, UKBeijing Jiaotong University, China Beijing Jiaotong University,

China AREVA T&D Automation, UK

Beijing Jiaotong University, China AREVA T&D Automation, UKBeijing Jiaotong University, China Beijing Jiaotong University,

China AREVA T&D Automation, UK

Indian Institute of Technology, India Indian Institute ofTechnology, India

HVDC Systems

Protection Systems III

Dietmar Retzmann

Mladen Kezunovic

SiemensAGErlangen, Germany

TexasA&M University, USA

Tuesday, June 30, 11:00 12:30

Tuesday, June 30, 11:00 12:30

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261 Elimination of DC Offset in Accurate Phasor Estimation Using Recursive WaveletTransform

414 Optimum Setting and Coordination of Overcurrent Relays Considering Cable DamageCurve

843 Neural Network Based Overcurrent Voltage Controlled Protection System in LargeElectrical Networks

850 Selective Detection of Simple and Double Grounding within the Medium VoltageElectrical Networks with Compensated Null

Chair:


82 Active Islanding of a Current-Controlled Converter-Interfaced DG

168 Dynamic Analysis of Transition into Island Conditions of SlovenianPower SystemApplying Underfrequency Load Shedding Scheme

182 Probabilistic Study of the Maximum Penetration Rate of Renewable Energy in an IslandNetwork

204 Controlled Island Operation of Part of the 50-kV Grid in Southern Sweden

210 Performance Indicators for Microgrids During Grid-Connected and Island Operation

291 Frequency andActive Power Control in Islanded Power Systems Based on the Magnitudeof the Disturbance Estimation

677 Evaluation of Interconnected Power Systems Controlled Islanding

Jinfeng Ren ( ), Mladen Kezunovic ( )

Seyed M. Mousavi ( ), Hossein Askarian Abyaneh( ), Morteza Mahdavi ( )

Yasser G. Mostafa ( ), Aly M. Shafik( )

Dumitru Toader ( ), Petru Ruset (), Ioan Hategan ( ), Ioan Diaconu

( ), Nicolae Pinte ( )

Fainan Hassan ( ), Math Bollen ()

Urban Rudez ( ), Rafael Mihalic ()

Herman Bayem ( ), Laurent Capely ( ), Frederic Dufourd( ), Marc Petit ( )

Math Bollen ( ), Olof Samuelsson ()

Math Bollen ( ), Jin Zhong (), Olof Samuelsson ( ), Johan Bjornstedt (

)

Vladimir Chuvychin ( ), Vadims Strelkovs ()

Sajad Najafi ( )


Amirkabir University of Technology, IranAmirkabir University of Technology, Iran University of Tehran, Iran

Arab Academy for Science and Technology, EgyptIskraemeco Energy Measurement, Egypt

University “Politehnica” of Timisoara, Romania SiemensS.R.L. Romania, Romania SMART S.R.L., RomaniaTranselectrica S.A., Romania Pintel S.R.L., Romania

Areva T&D, UK STRI AB and Lulea University of Technology,Sweden

University of Ljubljana, Slovenia University of Ljubljana,Slovenia

SUPELEC, France EDF R&D, FranceEDF R&D, France SUPELEC, France

Lulea University of Technology, Sweden Lund Univers i t y,Sweden

Lulea University of Technology, Sweden The University of HongKong Lund University, Sweden Lund University,Sweden

Riga Technical University, Latvia Riga TechnicalUniversity, Latvia

Amirkabir University of Technology, Iran

Island OperationYvon BesangerGrenoble Institute of Technology, France

Tuesday, June 30, 11:00 12:30-

Technical Program

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Chair:


25 Computation of Spectral Components in System with Wind Generation Unit

393 Analysis of the Steinmetz Compensation Circuit with Distorted Waveforms throughSymmetrical Component-Based Indicators

471 PerformanceAnalysis of Wavelet Based Denoise System for Power Quality Disturbances

530 Power Exchanging Control of DG Units on Faulty Grid and Time-Varying FrequencyEnvironments

718 A Comparative Analysis of FBD, PQ and CPT Current Decompositions Part I: Three-Phase Three-Wire Systems

719 A Comparative Analysis of FBD, PQ and CPT Current Decompositions Part II: Three-Phase Four-Wire Systems

738 Selective Current Compensators Based on the Conservative PowerTheory

Chair:


93 Use of the “ANAPRO” Software toAnalyze and Forecast Operating Parameters andTechnological Characteristics on the Basis of MacroApplications

Przemyslaw Janik ( ), Tadeusz Lobos (), Jacek Rezmer (

), Peter Schegner ( ), Zbigniew Waclawek( )

Gianfranco Chicco ( ), Mircea Chindris (), Andrei Cziker ( ),

Petru Postolache ( ), Cornel Toader ()

Rodney H.G. Tan ( ), Vigna K. Ramachandaramurthy( )

Mahdi Choopani ( ), Hossein Askarian Abyaneh( ), Seyyed H. Fathi (

), BananeAnsari ( )

Helmo K.M. Paredes ( ), Fernando P.Marafão ( ), Luiz C.P. da Silva (

)


)


)

Viktor G. Kurbatsky ( ),NikitaV.Tomin ( )

Wroclaw Uniwersity of Technology, Poland DresdenUniversity of Technology, Germany Wroclaw Uniwersity of Technology,Poland Dresden University of Technology, GermanyWroclaw Uniwersity of Technology, Poland

Politecnico di Torino, Italy Technical University ofCluj-Napoca, Romania Technical University of Cluj-Napoca, Romania

University Politehnica of Bucharest, Romania UniversityPolitehnica of Bucharest, Romania

Universiti Tenaga Nasional, MalaysiaUniversiti Tenaga Nasional, Malaysia

Amirkabir University of Technology, IranAmirkabir University of Technology, Iran Amirkabir University of

Technology, Iran University of Tehran, Iran

State University of Campinas, Campinas, SP, BrazilSão Paulo State University, Sorocaba, SP, Brazil State

University of Campinas, Campinas, SP, Brazil





Energy Systems Institute of the Russian Academy of Science, RussiaEnergySystems Instituteof theRussianAcademyofScience,Russia

Power Quality Issues I

A.I.Applications in Power Systems:Artificial Neural Networks

Math Bollen

Gheorghe C

Lulea University of Technology & STRIAB, Sweden

“Gh.Asachi” of Iassy, Romaniaârþinã

Technical Universty

Tuesday, June 30, 11:00 12:30

Tuesday, June 30, 14:00 15:45

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135 Supervised Learning of Intra-Daily Recourse Strategies for Generation ManagementUnder Uncertainties

279 Theory of Informational Species and its Implications in the Power System Protection,Measurement and Control Systems

290 Neural Identification of SSSC Based on Average model Using GAMMA, DNN, RBF andMLPfor Steady State Calculations

523 Load Forecasting based on Neural Networks and Load Profiling

548 Data-Driven Reliability Modeling, Based on Data Mining in Distribution Network FaultStatistics

724 An HybridAggregate ModelApplied To the Short-Term Bus Load Forecasting Problem

Chair:


173 ANovel Voltage Fluctuation Generating Circuit Topology and Control Strategy

197 Simple Topologies forAC-Link FlexibleAC Transmission Systems

273 A Method to Synchronize Single-Phase Floating with Grid without High VoltageMeasurement or High Bandwidth Communication

602 High-Power, Resonant DC/DC Converter for Integration of Renewable Sources

Bertrand Cornelusse ( ), Gerald Vignal ( ), BorisDefourny ( ), Louis Wehenkel ( )

Nicolae F. Pinte ( ), Petru Postolache (), Costic N u (

), Stelian Alexandru Gal ( ), Marius N.Oltean ( ), Ioan Petru Ruset ( )

Mohammad Tavakoli Bina ( ), Abbas HoushmandViki ( ), Sajad Rahimzadeh (

)

Joao C. Sousa ( ), Luis P. Neves (), Humberto M. Jorge ( )

Elham Akhavan-Rezai ( ), Mahmoud-Reza Haghifam (),Alireza Fereidunian ( )

Ricardo Menezes Salgado ( ), RosangelaBallini ( ), Takaaki Ohishi (

)

Renzhong Shan ( ), Zhongdong Yin (), Xiangning Xiao (

)

Julio C. Rosas-Caro ( ), Juan M. Ramirez ( ), Fang Z.Peng ( )

Zhihui Yuan ( ), Sjoerd W.H. de Haan (), Braham Ferreira ( )

Dragan Jovcic ( ), Boon-Teck Ooi ( )

University of Liege, Belgium EDF R&D, FranceUniversity of Liege, Belgium University of Liege, Belgium

SC Pintel Intelligent Systems SRL, Romania University“Politehnica” of Bucharest, Romania University “Politehnica” of Bucharest,Romania CN Transelectrica SA Bucuresti, Romania

SC Smart SA, Romania Siemens, Romania

K.N. Toosi University of Technology, IranK.N. Toosi University of Technology, Iran K.N. Toosi University of

Technology, Iran

Polytechnic Institute of Leiria, Portugal Polytechnic Instituteof Leiria, Portugal University of Coimbra, Portugal

Islamic Azad University, Iran IslamicAzad University, Iran University of Tehran, Iran

Federal University of Alfenas - Minas Gerais, BrazilUniversity of Campinas, Sao Paulo, Brazil University of Campinas,

Sao Paulo, Brazil

North China Electric Power University, China NorthChina Electric Power University, China North China Electric PowerUniversity, China

CINVESTAV, Mexico CINVESTAV, MexicoMichigan State University, USA

Technische Universität Delft, Netherlands TechnischeUniversität Delft, Netherlands Technische Universität Delft, Netherlands

University of Aberdeen, UK McGill University, Canada

ã iþ

Power ElectronicsApplications in Power SystemsDirk WestermannUniversity of Technology Ilmenau, Germany

Tuesday, June 30, 14:00 15:45-

Technical Program

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607 Nash Genetic Algorithm Based Optimal Design of Hysteresis Inverters for Active PowerFilteringApplications

632 Layout and Performance of the Power Electronic Converter Platform for the VSYNCProject

Chair:


122 An IntegratedApproach forPositionalProtection ofTransmission Lines

148 New Variable WindowAdaptive Distance Protection forTee'd Feeders

249 High Degrees of Series Capacitors in Bulk Power Transmission Systems Need SpecialProtection Principles

272 Fault Data Collection in SubstationsAccording to IEC 61850

296 Modified Distance Protection due to Presence of STATCOM on a Transmission Line

690 Tripping Overvoltages in HVTransmission Networks Equipped with Shunt Reactors

769 ANew DC Feeder Protection Based On Wavelet Transform

Seyed M.R. Rafiei ( ), Mohammad H. Kordi (), Giovanni Griva ( ), Alberto Tenconi (

)

Tom Loix ( ), Sven De Breucker ( ), Piet Vanassche( ), Jeroen Van den Keybus ( ), Johan Driesen (

), Klaas Visscher ( )

Hao Zhang ( ), Jinghan H. He (), Zhiqian Q. Bo ( ), Mo X. Li (

),A. Klimek ( )

Marek Lukowicz ( ), Miroslav Michalik (), Waldemar Rebizant (

), Seung-Jae Lee ( )

Volker Henn ( ), Rainer Krebs ( ), Gustavo Arruda( ), Ricardo Dutra ( ), Paula Campos ( )

Sidonia Mesentean ( ), Heinz Frank (), Klaus Fleischmann ( ), Markus Stuhler (

)

Sadegh Jamali ( ), Ahad Kazemi (), Hossein Shateri ( )

Marian Ciontu ( ), Denisa Rusinaru (), Ion Mircea ( )

Le Yu ( ), Jinghan H. He (), Zhiqian Q. Bo ( ), Moxue X. Li ( ),

TonyYip ( ),Andrew Klimek ( )

Politecnico di Torino, Italy Shahrood University ofTechnology, Iran Politecnico di Torino, Italy Politecnicodi Torino, Italy

KU Leuven, Belgium KU Leuven, BelgiumTriphase, Belgium Triphase, Belgium KU Leuven,

Belgium Energy Research Center of the Netherlands, Netherland

Beijing Jiaotong University, China Beijing Jiaotong University,China Beijing Jiaotong University, China Beijing JiaotongUniversity, China Department of Research and Development, UK

Wroclaw University of Technology, Poland WroclawUniversity of Technology, Poland Wroclaw University of Technology,Poland Myongji University, Korea

Siemens AG, Germany Siemens AG, GermanyCHEFS, Brasil FURNAS, Brasil Eletronorte, Brasil

Heilbronn University, Germany Heilbronn University,Germany Unitro Fleischmann, Germany UnitroFleischmann, Germany

Iran University of Science and Technology Iran University ofScience and Technology Iran University of Science and Technology

University of Craiova, Romania University of Craiova,Romania University of Craiova, Romania

Beijing JiaoTong University, China Beijing JiaoTong University,China AREVA T&D, UK Beijing JiaoTong University, China

AREVA T&D, UK AREVA T&D, UK

Protection Systems IVWanda RederS&C Electric, Chicago, USA

Tuesday, June 30, 14:00 - 15:45

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Chair:


41 SomeAspects of Distributed Generation Voltage Drop and Energy Storage

188 Identifying Management Procedures to Deal with Connection of Electric Vehicles in theGrid

202 Integration of Plug-In Hybrid Electric Vehicles into Energy Networks

387 VRB Modeling for Storage in Stand-Alone Wind Energy Systems

670 Optimal Integration of Energy Storage in Distribution Networks

707 Unit Commitment with Vehicle-to-Grid Using Particle Swarm Optimization

745 Battery Storage System Sizing in Distribution Feeders with Distributed PhotovoltaicSystems

799 Selecting thePowerElectronic Interface foraSupercapatteryBased EnergyStorageSystem

Chair:University of Bologna, Italy


27 Computation of Voltage Sag Initiation with Fourier based Algorithm, Kalman Filter andWavelets

Balint Hartmann ( ), Andras Dan( )

Joao Abel Peças Lopes ( ), F.J. Soares( ), P.M. Rocha Almeida (

)

Matthias D. Galus ( ), GoranAndersson ( )

Luminita Barote ( ), Corneliu Marinescu( ), Marius Georgescu (

)

Gianni Celli ( ), Susanna Mocci ( ),Fabrizio Pilo ( ), Massimo Loddo ( )

Ahmed Yousuf Saber ( ), GaneshKumar Venayagamoorthy ( )

Chandu Venu ( ), Yann Riffonneau (), Seddik Basha ( ),

Yahia Baghzouz ( )

Christian Klumpner ( ), George Chen (), GregAsher ( )

Hortensia Amarís ( ), C. Álvarez (), M. Alonso ( ), D. Florez (

), Tadeusz Lobos (), Przemyslaw Janik ( ), Jacek Rezmer

( ), Zbigniew Waclawek ()


Universidade do Porto and INESC Porto, PortugalUniversidade do Porto and INESC Porto, Portugal Universidade do

Porto and INESC Porto, Portugal

Swiss Federal Institute of Technology (ETH) Zurich, SwitzerlandSwiss Federal Institute of Technology (ETH) Zurich, Switzerland

Transilvania University of Brasov, RomaniaTransilvania University of Brasov, Romania Transilvania University of

Brasov, Romania

University of Cagliari, Italy University of Cagliari, ItalyUniversity of Cagliari, Italy University of Cagliari, Italy

Missouri University of Science and Technology, Rolla, USAMissouri University of Science and Technology, Rolla, USA

University of Nevada - Las Vegas, USA Univerisity JosephFourier, Grenoble, France Univerisity Joseph Fourier, Grenoble, France

University of Nevada - Las Vegas, USA

University of Nottingham, UK University of Nottingham,UK University of Nottingham, UK

Carlos III University of Madrid, Madrid Carlos III Universityof Madrid, Madrid Carlos III University of Madrid, Madrid CarlosIII University of Madrid, Madrid Wroclaw University of Technology,Poland Wroclaw University of Technology, PolandWroclaw University of Technology, Poland Wroclaw University of

Technology, Poland

Alberto Borghetti

Energy Storage and Hybrid Electrical Vehicles

Power Quality Issues II

Kai StrunzTechnische Universitat Berlin, Germany

Tuesday, June 30, 14:00 15:45

Tuesday, June 30, 14:00 15:45

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28 APractical Probabilistic Design Procedure for LV Residential Distribution Systems

59 Optimization Methods with Power Quality Issues for Reactive Power Control ofDistribution Networks with Dispersed Generation

206 Methodology for Development of Customized Customer Damage Functions forEvaluation of Financial Losses due to Voltage Sags and Interruptions

426 Optimal Unified Power Quality Conditioner with Improved Compensation Performanceunder Distorted Voltages

515 Experimental Investigation of Existing Methodologies for the ResponsibilitiesAssignment Problem

716 Assessment of Power Lines Performance Based on Voltage Sag Indices

847 The Power Quality Monitoring Systems in Romanian Power Grid

Chair:


57 ASCADASystem Using MobileAgents for a Next-Generation Distribution System

205 Interaction between equipment and Power Line Communication: 9-95 kHz

367 IEC 61850 Substation to Control Center Communication Status and Practical Experiencesfrom Projects

Ron Herman ( ), C. Trevor Gaunt ()

Claudia Battistelli ( ), Guido Carpinelli ( ),Umberto De Martinis ( ), Fabio Mottola ( ),Daniela Proto ( )

Jhan Y. Chan ( ), Jovica V. Milanovic ()

Mohammadreza Rafiei ( ), Reza Asadi (), G. Griva ( ), R. Bojoi ( )

Andres Pavas ( ), Volker Staudt (), Horacio Torres-Sanchez ( )

Roberto Chouhy Leborgne ( ), Thiago Clé deOliveira ( ), José Maria de Carvalho Filho (

), Gustavo Tomio Watanabe ( ), JederFrancisco de Oliveira1 ( )

Carmen Stanescu ( ), Stelian Gal ( ), SorinPispiris ( ), Petru Postolache (

)

Tetsuo Otani ( ), HiromuKobayashi ( )

Sarah K. Rönnberg ( ), M.Wahlberg (), E.O.A. Larsson ( ), Math H.J. Bollen

( ), C.M. Lundmark ()

Heiko Englert ( ), Henry Dawidczak ( )

University of Cape Town, South Africa University of CapeTown, South Africa

University of Napoli, Italy University of Napoli, ItalyUniversity of Napoli, Italy University of Napoli, Italy

University of Napoli, Italy

The University of Manchester, UK The University ofManchester, UK

Politecnico di Torino, Italy National Iranian OilCompany, Iran Politecnico di Torino, Italy Politecnico di Torino, Italy

National University of Colombia, Colombia Ruhr University ofBochum, Germany National University of Colombia, Colombia

Federal University of Rio Grande do Sul, BrazilItajubá Federal University, Brazil Itajubá Federal

University, Brazil Itajubá Federal University, BrazilBelo Horizonte, Brazil

Transelectrica, Romania Transelectrica, RomaniaTranselectrica, Romania University “Politehnica” Bucharest,

Romania

Central Research Institute of Electric Power Industry, JapanCentral Research Institute of Electric Power Industry, Japan

Skelleftea Kraft Elnat AB, Sweden Skelleftea Kraft ElnatAB, Sweden Lulea University of Technology, SwedenLulea University of Technology, Sweden Lulea University of Technology,

Sweden

Siemens AG, Germany Siemens AG, Germany

CommunicationsKlaus-Peter BrandABB Switzerland Ltd., Baden, Switzerland

Tuesday, June 30, 16:15 18:00-14:0

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415 Test Bench for Self-healing Functionalities applied on Distribution Network withDistributed Generators

573 Survey on Priorities and Communication Requirements for PMU-based Applications inthe Nordic Region

576 Reducing Convetional Copper Signaling in High Voltage Substations with IEC 61850Process Bus System

649 Wireless-Broadband over Power Lines Networks: A Promising Broadband Solution inRuralAreas

773 Turbogenerator Mechanical Vibrations Telesurveillance System

Chair:


70 Application of Self-Tuning FPIC to AGC for Load Frequency Control in Multi-AreaPower System

365 AModified Power System Model forAGCAnalysis

390 Power System Dynamic Performance: Primary Governing Frequency Response

428 The Effects of Normalization of Static Load Characteristics

503 Dynamic Load ParameterAssessment Based on Continuous Recorder Measurements

Luong Le-Thanh ( ), Raphael Caire ( ),Bertrand Raison ( ), Seddik Bacha (

), François Blache ( ), G.Valla ( )

Moustafa Chenine ( ), Kun Zhu (), Lars Nordstrom (

)

David McGinn ( ), Mark Adamiak ( ),Maciej Goraj ( ), Jorge Cardenas ( )

Georgios I. Tsiropoulos ( ), Angeliki M. Sarafi( ), Panayotis G. Cottis (

)

Victor Croitoru (“ ), Tiberiu Voica (), Adrian Grigore (“ ),

Bogdan Toader (“ )

M. Rafiqul Islam Sheikh ( ), S.M. Muyeen (), Rion Takahashi ( ),

Toshiaki Murata ( ), Junji Tamura ()

Desire D. Rasolomampionona ( )

Stefan Sterpu ( )

Lidija M. Korunovic ( ), Dobrivoje P. Stojanovic( )

Benjamin Genet ( ), Jean-Claude Maun ()

IDEA, France Grenoble Institute of Technology, FranceGrenoble Institute of Technology, France University Joseph

Fourier of Grenoble, France Grenoble Institute of Technology, FranceGrenoble Institute of Technology, France

The Royal Institute of Technology (KTH), Sweden The RoyalInstitute of Technology (KTH), Sweden The Royal Institute of Technology(KTH), Sweden

GE Digital Energy, Canada General Electric, SpainGeneral Electric, Spain GE Digital Energy, Spain

National Technical University of Athens, GreeceNational Technical University of Athens, Greece National Technical

University of Athens, Greece

Politehnica” University of Bucharest, Romania MarcTelS.I.T. S.R.L, Romania Politehnica” University of Bucharest, Romania

Politehnica” University of Bucharest, Romania

Kitami Institute of Technology, Japan KitamiInstitute of Technology, Japan Kitami Institute of Technology, Japan

Kitami Institute of Technology, Japan Kitami Institute ofTechnology, Japan

Warsaw University of Technology, Poland

EDF R&D, France

University of Nis, Republic of SerbiaUniversity of Nis, Republic of Serbia

Universite Libre de Bruxelles, Belgium UniversiteLibre de Bruxelles, Belgium

Jovica MilanovicThe University of Manchester, UK

Frequency Control and Load Modelling

Tuesday, June 30, 16:15 18:00-

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782 Missing Data Treatment of the Load Profiles in Distribution Networks

793 Process Modelling for Load Frequency Control in Power Systems

151 Frequency behavior of grid with high penetration rate of wind generation

Chair:


16 Impact of Static Synchronous Compensator (STATCOM) on Performance of DistanceRelay

80 Protection SecurityAssessment for Large Power Systems

95 Protection Relay Systems Employing Unconditionally SecureAuthentication Codes

655 A Laboratory Setup of a Power System Scaled Model for Testing and Validation of EMSApplications

712 Use of Distributed Topology Detection forApplications in SubstationAutomation

785 Protection Scheme Switch-Timing for Doubly-Fed Induction Generator during FaultConditions

848 Dynamic Model Based Complex Checking of Out-of-Step Protections

Gheorghe Cartina ( ), Gheorghe Grigoras( ), Elena C. Bobric (

), C. Barbulescu ( )

Sergiu St. Iliescu ( ), Ioana Fagarasan( ), Calin Soare (

), Doina Ilisiu ( ), Florin Biliboaca( )

Jerome Duval ( ), Bruno Meyer ( )


)

Johann Jäger ( ), Rafal Lubiatowski (), Gerhard Ziegler ( ), Rainer Krebs

( )

Tsutomu Matsumoto ( ), Taiki Kobayashi (), Shigeki Katayama ( ), Kazuto

Fukushima ( ), Katsuhiko Sekiguchi ( )

A.P. Sakis Meliopoulos ( ), George J. Cokkinides( ), Salman Mohagheghi ( ), Q. Binh Dam( ), Ramiz H. Alaileh (

), Giorgos K. Stefopoulos ( )

Klaus-Peter Brand ( ), Wolfgang Wimmer ()

Jin Yang ( ), John O'Reilly ( ), John E.Fletcher ( )

Doru Mircea Paunescu ( ), Rodica Balaurescu, () and Hans Erik Olovsson, ( )

“Gh. Asachi” Technical University, Iasi, Romania“Gh. Asachi” Technical University, Iasi, Romania “Stefan cel Mare”

University, Suceava, Romania Romania

University POLITEHNICA of Bucharest, RomaniaUniversity POLITEHNICA of Bucharest, Romania University POLITEHNICA

of Bucharest, Romania Transelectrica SA Company, RomaniaISCE Bucharest, Romania




University of Erlangen-Nürnberg, Germany University ofErlangen-Nürnberg, Germany Siemens AG, GermanySiemens AG, Germany

Yokohama National University, Japan YokohamaNational University, Japan Toshiba Corporation, Japan

Toshiba Corporation, Japan Toshiba Corporation, Japan

Georgia Institute of Technology, USAGeorgia Institute of Technology, USA ABB, USAGeorgia Institute of Technology, USA Dubai Electricity and Water

Authority, UAE Georgia Institute of Technology, USA

ABB Switzerland Ltd., Baden, Switzerland ABBSwitzerland Ltd., Baden, Switzerland

University of Glasgow, UK University of Glasgow, UKUniversity of Strathclyde, UK

Transelectrica S.A., Romania TranselectricaS.A., Romania ABB Power Systems, T&D Substation, Sweeden

Protection Systems VAntans Saulus SauhatsRiga Technical University, Latvia

Tuesday, June 30, 16:15 - 18:00

16:1

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Chair:


120 AUnifiedAlgorithm for Observability and RedundancyAnalysis

221 Parameter Identification of Unsymmetrical Transmission Lines

289 Development of a Compensating Algorithm for an Iron-cored Measurement CurrentTransformer

405 Cluster Analysis of Half-Cycle Duration Measurements to Classify Local and NetworkEvents

636 Setup of the Laboratory for Synchronized Measurement for PMU's Testing

684 Measurement Analysis of an Advanced Control System for Reducing the EnergyConsumption of Public Street Lighting Systems

832 Cost BenefitAnalysis for Implementation of a System for Remote Control andAutomaticMeter Reading

Chair:Mott MacDonald Ltd., Glasgow, UK


104 A Model Predictive Control Strategy for Load Shifting in a Water Pumping Scheme withMaximum Demand Charges

Raphael A.S. Benedito ( ), Joao B.A. London (), Newton G. Bretas ( )

Roberto Schulze ( ), Peter Schegner ()

Tai-Ying Zheng ( ), Yong-Cheol Kang (), Jae-Sun Choi ( ), Hae-Gweon Kang

( ), Sung-Il Jang ( ),Yong-Kyun Kim ( ), Heung-Jae Lee (

)

Dan Apetrei ( ), Gianfranco Chicco ( ),Petru Postolache ( ), Nicolae Golovanov( ), Mihaela M. Albu (

)

Vladimir Terzija ( ), Shawn Shihao Wu (), John Fitch ( )

Horia Andrei ( ), Costin Cepisca (), Valentin Dogaru-Ulieru ( ), Traian

Ivanovici ( ), Laurentiu Stancu (), Paul C.Andrei ( )

Nikola Rajakovic ( ), Dusan Nikolic (), Jovan Vujasinovic ( )

A.J. van Staden ( ), Jiangfeng Zhang (), Xiaohua Xia ( )

Univertity of São Paulo, Brazil Univertity of SãoPaulo, Brazil Univertity of São Paulo, Brazil

Technische Universität Dresden, Germany TechnischeUniversität Dresden, Germany

Chonbuk National University, Korea Chonbuk NationalUniversity, Korea Chonbuk National University, KoreaChonbuk National University, Korea Chonbuk National University, Korea

Hankook IED Eng. Inc., Korea Kwangwoon University,Korea

SC Electrica SA, Romania Politecnico di Torino, ItalyUniversity Politehnica of Bucharest, Romania

University Politehnica of Bucharest, Romania University Politehnica ofBucharest, Romania

The University of Manchester, UK The University ofManchester, UK National Grid, UK

Valahia University, Romania Politehnica University ofBucharest, Romania Valahia University, Romania

Valahia University, T Romania SC AMIRAS C&LIMPEX SRL, Romania Politehnica University of Bucharest, Romania

University of Belgrade, Serbia University of Belgrade,Serbia Meter & Control, Serbia

University of Pretoria, South Africa University ofPretoria, South Africa University of Pretoria, South Africa

ârgoviste,

Mircea Scutariu

Power System Measurement

Demand Side Management

MihaelaAlbuUniversity “Politehnica” of Bucharest, Romania

Tuesday, June 30, 16:15 - 18:00

Tuesday, June 30, 16:15 - 18:00

Technical Program

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256 Application Genetic Algorithms for Load Management in Refrigerated Warehouses withWind Power Penetration

300 Using Frequency Dependent Electric Space Heating Loads to Manage FrequencyDisturbances in Power Systems

329 Air Conditioner Direct Load Control in Distribution Networks

511 Improved Energy Services Provision through the Intelligent Control of DistributedEnergy Resources

546 Physically-Based Load Demand Models forAssessing Electric Load ControlActions

645 MV Producers and ConsumersAgents Characterization with DSM Techniques

Chair:


37 Speed Control of Permanent Magnet Synchronous Motor Using Digital Pole PlacementController

39 Examination of Smart Grids in Island Operation

40 Retrofit Implementation of Medium Voltage Contactors at Abou Quir Power Station inEgypt

113 AControl Strategy for Integration of a PEMFCS to a Distribution Grid

Yi Zong ( ), Tom Cronin (), Oliver Gehrke (

), Henrik Bindner (), Jens Carsten Hansen ( ),

Mikel Iribas Latour ( ), Oihane Usunariz Arcauz( )

Antti Rautiainen ( ), Sami Repo (), Pertti Jarventausta (

)

Tuan Tran-Quoc ( ), Jean C Sabonnadiere (), Nouredine Hadjsaid (

), Christophe Kieny ( )

Michael A. Pedrasa ( ), Ted Spooner (), Iain F. MacGill ( )

Alvaro Gomes ( ), C. Henggeler Antunes (),A. Gomes Martins ( )

Hugo Morais ( ), Sergio Ramos (), ZitaA. Vale (

), H. Khodr ( )

Hany M. Hasanien ( ), S.M. Muyeen (), Junji Tamura ( )

Istvan Vokony ( ), Andras Dan( )

AmrAbou Ghazala ( )

Christina N. Papadimitriou ( ), Nicholas A. Vovos ()

National Laboratory for Sustainable Energy, Denmark NationalLaboratory for Sustainable Energy, Denmark National Laboratory forSustainable Energy, Denmark National Laboratory for Sustainable Energy,Denmark National Laboratory for Sustainable Energy, Denmark

National Renewable Energy Center, SpainNational Renewable Energy Center, Spain

Tampere University of Technology, Finland TampereUniversity of Technology, Finland Tampere University of Technology,Finland

IDEA, France Institut National Polytechnique deGrenoble, France Institut National Polytechnique de Grenoble,France IDEA, France

University of New South Wales, Australia University ofNew South Wales, Australia University of New South Wales, Australia

University of Coimbra, INESC, Portugal Universityof Coimbra, INESC, Portugal University of Coimbra, INESC, Portugal

GECAD, Polytechnic Institute of Porto, Portugal GECAD,Polytechnic Institute of Porto, Portugal GECAD, Polytechnic Institute of Porto,Portugal GECAD, Polytechnic Institute of Porto, Portugal

Ain Shams University, Cairo, Egypt Kitami Institute ofTechnology, Japan Kitami Institute of Technology, Japan


Alexandria University, Egypt

University of Patras, Greece University ofPatras, Greece

Poster Session IRaphael CaireGrenoble Institute of Technology, France

Tuesday, June 30, 9:00 12:00-16:1

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145 ExpDTS - Hybrid Dispatcher Training Simulator Expert System for OperatorAssistanceand Evaluation

146 Optimization of Power Reserves in Market Conditions

216 Determination of the Optimal Power Plants' Start-Up Sequence in Power SystemRestoration

227 Network State Indicators in Flexibility Evaluation for Operational Planning inElectricity Market

255 Historical Data Analysis of Lightning and its Relation with the Portuguese TransmissionSystem Outages

337 Influence of inter area Transfer Capacity on the Regional Power System Planning

339 Plug-in Electric Vehicles as Storage Devices Within an Autonomous Power System.Optimization issue

355 Evaluation of Optimal Transfer Capability in Power System Interconnection

357 Feed-In Tariff Scheme for Promoting Wind Energy Generation

391 Smart Storage Solution forWind Systems

398 Virtual Synchronous Generator: Laboratory Scale Results and Field Demonstration

Daniela Bolborici ( )

Anatoly Mahnitko ( ), Janis Gerhards (), Tatjana Lomane ( ), Sergejs Ribakovs

( )

Saeedeh Barghinia ( ), Heidarali A. Shayanfar( ), Shahram Jadid (

)

Alfonso Capasso ( ), Maria Carmen Falvo (), Regina Lamedica ( ), Sergio

Scalcino ( )

Susana A.B. de Almeida ( ), Cristina Loureiro (), Fernando P. Maciel Barbosa ( ), Rui Pestana

( )

Tomasz Smieja ( ), Pio Lombardi (), Zbigniew A. Styczynski (

), Swen Loppen ()

Pio Lombardi ( ), Paul Vasquez (), Zbigniew A. Styczynski (

)

Hyun-Il Son ( ), Jin-O Kim ( ), In-SuBae ( )

Chanapan Kongnam ( ), SomboonNuchprayoon ( )

Luminita Barote ( ), Marius Georgescu( ), Corneliu Marinescu (

)

Vu Van Thong ( ), Achim Woyte ( ), Mihaela Albu (), Marcel Van Hest ( ), Jan

Bozelie ( ), Javier Diaz ( ), Tom Loix (), Dan Stanculescu ( ), Klaas Visscher

( )

Transelectrica S.A., Romania

Riga Technical University, Latvia Riga TechnicalUniversity, Latvia Riga Technical University, LatviaRiga Technical University, Latvia

Iran University of Science and Technology, IranIran University of Science and Technology, Iran Iran University of Science

and Technology, Iran

University of Rome La Sapienza, Italy University ofRome La Sapienza, Italy University of Rome La Sapienza, Italy

University of Rome La Sapienza, Italy

Rede Eléctrica Nacional, Portugal PortoUniversity, Portugal Porto University, PortugalRede Eléctrica Nacional, Portugal

Otto-von-Guericke-University Magdeburg, Germany Otto-von-Guericke-University Magdeburg, Germany Otto-von-Guericke-University Magdeburg, Germany Vattenfall Europe TransmissionGmbH, Germany

Otto-von-Guericke-University Magdeburg, Germany Otto-von-Guericke-University Magdeburg, Germany Otto-von-Guericke-University Magdeburg, Germany

Hanyang University, Korea Hanyang University, KoreaKangwon University, Korea

Electricity Generating Authority of Thailand, ThailandChiang Mai University, Thailand

Transilvania University of Brasov, RomaniaTransilvania University of Brasov, Romania Transilvania University of

Brasov, Romania

3E n/v, Belgium 3E n/v, Belgium UniversityPolitehnica of Bucharest Technology, Romania Liandon, Belgium

Liandon, Belgium UfE GmbH, Germany KatholiekeUniversiteit Leuven, Belgium SC Electrica SA, RomaniaECN, Netherlands

Technical Program

Tu

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35

456 AQuasi Dynamic ModelApplied to a Ramp Load Increase Study

488 Allocation of Decentralized Generators in Distribution Networks for Enhancing NormalOperation Loadability

528 New Participants in SmartGrids and Associated Challenges in the Transition Towardsthe Grid of the Future

554 Dynamic Voltage Stability Assessment of an Electric Power System using TrajectorySensitivityAnalysis

556 Using Fuzzy ARTmap Neural Network for Determination of Partial Discharge Locationin PowerTransformers

574 Optimal PMU Placement forVoltage SecurityAssessment using Decision Tree

591 Cooperative Sensor Networks forVoltage Quality Monitoring in Smart Grids

666 Profit-Based Head-Sensitive Behavior of a Hydro Chain: Mixed-Integer NonlinearMethod

722 DGENCO Market Balancing Cost Repartition Under Light Regulation Markets

732 Digital Evaluation of Single Phase Reclosing Using a DynamicArc Model on the Thailand500 kV System

736 Streamlining Large Scale PhotovoltaicArrays for Utility Interconnection

Valerio O. Albuquerque ( ), Rafael Coradi Leme (), B. Isaias Lima Lopes ( ),

Antonio C. Zambroni de Souza ( ), OtavioA.S. Carpinteiro( ), Rodnei Dias dos Anjos (

), Pedro P. Balestrassi ( )

Nasser G.A. Hemdan ( ), Michael Kurrat( )

Patrick Favre-Perrod ( ), Roger Critchley ( ),Emmanuelle Catz ( ), Masoud Bazargan ( )

R.M. Monteiro Pereira ( ), C.M. Machado Ferreira( ), F. P. Maciel Barbosa (

)

H. Nafisi ( ), M. Davari (), M. Abedi ( ), G. B. Gharehpetian

( )

F. Mahmoodianfard ( ), M. Mohammadi (), G. B. Gharehpetian (

), H.AskarianAbyaneh ( )

Maurizio di Bisceglie ( ), Carmela Galdi (U ,Alfredo Vaccaro ( ), Domenico Villacci ( )

J.P.S. Catalao ( ), H.M.I. Pousinho (), V.M.F. Mendes ( )

Hussein Khodr ( ), HugoMorais ( ), Zita A. Vale( ), Carlos Ramos( )

Kanchit Ngamsanroaj ( ) and SuttichaiPremrudeepreechacharn ( )

Ulrich Klaus Wilhelm Schwabe ( ), Peter Mark Jansson ()

Federal University at Itajuba, Brazil FederalUniversity at Itajuba, Brazil Federal University at Itajuba, Brazil

Federal University at Itajuba, BrazilFederal University at Itajuba, Brazil Federal University at Itajuba,

Brazil Federal University at Itajuba, Brazil

Braunschweig University of Technology, GermanyBraunschweig University of Technology, Germany

AREVA T&D, France AREVA T&D, FranceAREVA T&D, France AREVA T&D, France

Polytechnic Institute of Coimbra, PortugalPolytechnic Institute of Coimbra, Portugal Universidade do Porto and

INESC Porto, Portugal

Amirkabir University of Technology, Iran Amirkabir University ofTechnology, Iran Amirkabir University of Technology, IranAmirkabir University of Technology, Iran

Amirkabir University of Technology, Iran AmirkabirUniversity of Technology, Iran Amirkabir University of Technology,Iran Amirkabir University of Technology, Iran

University of Sannio, Italy niversity of Sannio, Italy)University of Sannio, Italy University of Sannio, Italy

University of Beira Interior, Portugal University of BeiraInterior, Portugal Instituto Superior de Engenharia de Lisboa, Portugal

Engineering Institute of Porto Polytechnic Institute of Porto, PortugalEngineeringInstitute of Porto Polytechnic Institute of Porto, Portugal

Engineering Institute of Porto Polytechnic Institute of Porto, PortugalEngineering Institute of Porto Polytechnic Institute of Porto, Portugal

Electricity Generating Authority of ThailandChiang Mai University, Thailand

Rowan University, USA RowanUniversity, USA

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746 Numerical Modeling of Transient Overvoltage Shunt Reactor Current Switching in 400kV Network

753 Reactive Power Management in a Deregulated Power System with Considering VoltageStability

809 Automatic Security Measures Foreseen in the Romanian Electrical Power System in Caseof Major Disturbances

844 Sizing of Photovoltaic Sources and Storage Devices for Stand-alone Power Plants

Paul Stroica ( ), Ion Merfu ()

Kianoosh Pouya ( ), Hamid Lesani ( )

Florin Balasiu ( ), Felicia Mihaela Lazar ( ),Rodica Balaurescu ( )

Renato Rizzo ( ), Luigi Piegari (), P. Tricoli ( ), Calin Munteanu (T

), Vasile Topa ()

“Smart” S.A. Craiova Subsidiary, Romania Transelectrica S.A.Craiova Subsidiary, Romania

University of Tehran, Iran University of Tehran, Iran

Transelectrica, Romania Transelectrica, RomaniaTranselectrica, Romania

University of Naples Federico II, Italy Polytechnic of Milan,Italy University of Naples Federico II, Italy echnicalUniversity of Cluj-Napoca, Romania Technical University of Cluj-Napoca,Romania

Technical ProgramT

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37

Chair:RTE DMA, Versailles, France


166 Risk-Based TTC Calculation of a Power System with Renewable Energy Resources

501 Research onAllocation of Congestion Cost in a Pool Based Market

634 Steady-state Operation of Very Long EHVAC Cable Lines

710 Assessment of the Transmission System Capacity to Connect New Generation

760 Security-based Congestion Management by Means of Demand Response Programs

835 PowerTransfer Capacity Enhancement using SVC

840 Optimal Utilization of Transmission Capacity to Reduce Congestion with DistributedFACTS

Chair:GIE IDEA, France


157 Network Branch Parameter Validation Based on a Decoupled State/Parameter Estimatorand Historical Data

195 PMU Placement on the Basis of SCADAMeasurements for Fast Load Flow Calculation inElectric Power Systems

Patrick Panciatici

Tuan Tran-Quoc

Nattawut Paensuwan ( ), Akihiko Yokoyama ()

Hongfei F. Xiao ( ), Weidong D. Li ()

Luigi Colla ( ), Fabio M. Gatta ( ),Alberto Geri ( ), Stefano Lauria (

), Marco Maccioni ( )

Mircea Scutariu ( )

Ebrahim Shayesteh ( ), Mohsen Parsa Moghaddam (T), Mahmood R. Haghifam ( ),

Mohammad K. Sheikh-EL-Eslami ( )

Constantin Bulac ( , Ciprian Diaconu (), Mircea Eremia (

), Bogdan Otomega ( ), Ioan Pop( ), Lucian Toma (

)

Huijuan Li ( ), Fangxing Li ( ), PeiZhang ( ), Xiayang Zhao ( )

Madeleine R.M. Castillo ( ), Joao B.A. London (), Newton G. Bretas ( )

Anna M. Glazunova ( ), Irina N. Kolosok (), Elena S. Korkina ( )

University of Tokyo, Japan University of Tokyo,Japan

Hangzhou Dianzi University, China Dalian University ofTechnology, China

TERNA S.p.A, Italy University of Rome “Sapienza”, ItalyUniversity of Rome “Sapienza”, Italy University of Rome

“Sapienza”, Italy University of Rome “Sapienza”, Italy

Mott MacDonald Ltd., Glasgow

Tarbiat Modares University, Iran arbiatModares University, Iran Tarbiat Modares University, Iran

Tarbiat Modares University, Iran

University “Politehnica” of Bucharest, Romania) C.N.Transelectrica S.A., Romania University “Politehnica” of Bucharest,Romania University “Politehnica” of Bucharest, RomaniaC.N. Transelectrica S.A., Romania University “Politehnica” of Bucharest,

Romania

University of Tennessee, USA University of Tennessee, USAElectric Power Research Institute, USA Siemens AG, Germany

University of Sao Paulo, Brazil University ofSao Paulo, Brazil University of Sao Paulo, Brazil

Energy Systems Institute, Russia Energy SystemsInstitute, Russia Energy Systems Institute, Russia

Grenoble,

Transmission Capacity Enhancement and CongestionManagement I

State Estimation and PMU

Wednesday, July 1, 8:30 10:30


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268 Phasor Measurement Units'Allocation in Unified Electrical Power Network of Egypt

292 State Estimation Including Synchronized Measurements

579 Comparison of Different Methods for Optimal Placement of PMUs

756 Identifying Critical Sets in State Estimation Using Gram Matrix

830 Possibility of enhancing classical weighted least squares State Estimation with linearPMU measurements

838 GeometricalApproaches for Gross ErrorsAnalysis in Power Systems State stimation

Chair:


121 Local vs. wide-area undervoltage load shedding in the presence of induction motor loads

159 Minimization of Interrupted Power Using Coordinated Control of Multiple UnifiedPower Flow Controllers, Generators and Load Shedding

174 Load Shedding Coordination between the Portuguese Transmission Grid and theDistribution Grid with Minimization of Loss of Distributed Generation

345 Power System Reconfiguration Based on Multilevel Graph Partitioning

Noha H. El-Amary ( ), Yasser G. Mostafa( ), Mohamed M. Mansour (

), Said F. Mekhamer ( ), MohamedA.L. Badr ()

Saikat Chakrabarti ( ), Elias Kyriakides( ), Gustavo Valverde ( ),Vladimir Terzija ( )

Abdulaziz M. Almutairi ( ), Jovica V. Milanovic ()

Madson C. de Almeida ( ), Eduardo N. Asada (),Ariovaldo V. Garcia ( )

Carlo Bruno ( ), Cristiano Candia ( ), Luigi Franchi ( ),Giorgio Giannuzzi ( ), Massimo Pozzi ( ), Roberto Zaottini (

), Milena Zaramella ( )

Newton G. Bretas ( ), Joao B.A. London Jr. (), Luis F.C. Alberto ( ), Raphael A.S. Benedito

( )

Bogdan Otomega ( ), Thierry Van Cutsem( )

Ken-ichi Kawabe ( ), Akihiko Yokoyama ()

Ricardo V. Fernandes ( ), Susana A.B. de Almeida (), Fernando P. Maciel Barbosa ( ), Rui

Pestana ( )

Juan Li ( ), Chen-Ching Liu ()

Arab Academy for Science and Technology, EgyptArab Academy for Science and Technology, Egypt Ain Shams

University, Egypt Ain Shams University, Egypt AinShams University, Egypt

Queensland University of Technology, AustraliaUniversity of Cyprus, Cyprus The University of Manchester, UK

The University of Manchester, UK

The University of Manchester, UK TheUniversity of Manchester, UK

UNICAMP, Brazil University of Sao Paulo,Brazil UNICAMP, Brazil

CESI, Italy CESI, Italy TERNA, ItalyTERNA, Italy CESI, Italy TERNA,

Italy CESI, Italy

Univertity of Sao Paulo, Brazil Univertity of SaoPaulo, Brazil Univertity of Sao Paulo, BrazilUnivertity of Sao Paulo, Brazil

“Politehnica” University of Bucharest, RomaniaUniversity of Liege, Belgium


Rede Eléctrica Nacional, Portugal RedeEléctrica Nacional, Portugal Porto University, Portugal

Rede Eléctrica Nacional, Portugal

Iowa State University, USA National University of Ireland,Ireland

Emergency ControlActionsCostas VournasNational Technical University ofAthens, Greece

Wednesday, July 1, 8:30 10:30-

Technical ProgramW

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39

413 Complex Network Theory and Graph Partitioning:Application to Large InterconnectedNetworks

594 ANew Soft Load Shedding: Power System Stability with Contribution from Consumers

Chair:


65 Five Good Reasons toAbandon Synchronous Time Control

136 Monitoring of generating units' contribution to Frequency and Voltage Control

167 AMILPApproach to the Short Term Hydrothermal Self-Scheduling Problem

280 Operating ReserveAdequacy Evaluation using Uncertainties of Wind Power Forecast

318 Participation of Distributed Generation in Balance Management

590 Energy-Reserve Markets with Non-Convexities:An EmpiricalAnalysis

598 Dimensioning and Grid Integration of Mega Battery Energy Storage System for SystemLoad Leveling

613 Technical Benefits of Distributed Storage and Load Management in Distribution Grids

Benoit Rozel ( ), Raphael Caire (), Nouredine Hadjsaid ( ), Jean-

Pierre Rognon ( ), Carolina Tranchita ()

Diana Craciun ( ), Stefan Ichim( ), Yvon Besanger (

)

Yann G. Rebours ( ), Julien Pestourie ( ), Etienne J.Monnot ( )

Philippe Juston ( ), Fabrice Guy ( ), Sebastien Henry ( ),Pascal Bertolini ( )

Christos K. Simoglou ( ), Pandelis N. Biskas (),Anastasios G. Bakirtzis ( )

Manuel A. Matos ( ), Ricardo Bessa ()

Jasper Frunt ( ), Abdlhamid Kechroud( ), Wil L. Kling (

), Johanna M.A. Myrzik ()

Panagiotis Andrianesis ( ), George Liberopoulos (), George Kozanidis ( )

Gauthier Dupont ( ), Philipp Baltus ()

Else Veldman ( ), Madeleine Gibescu (), J.G. Slootweg (

), Wil L. Kling ( )

Grenoble Institute of Technology, France Grenoble Institute ofTechnology, France Grenoble Institute of Technology, France

Grenoble Institute of Technology, France GrenobleInstitute of Technology, France

National Polytechnic Institute of Grenoble, FrancePolytechnic University of Bucharest, Romania National Polytechnic

Institute of Grenoble, France

EDF R&D, France EDF R&D, FranceEDF R&D, France

RTE, France RTE, France RTE, FranceRTE, France

University of Thessaloniki, Greece Hellenic TSO,Greece University of Thessaloniki, Greece

University of Porto and INESC Porto, Portugal INESCPorto, Portugal

Eindhoven University of Technology, NetherlandsEindhoven University of Technology, Netherlands Eindhoven University of

Technology, Netherlands Eindhoven University of Technology,Netherlands

University of Thessaly, Greece University ofThessaly, Greece University of Thessaly, Greece

MVV decon GmbH, Germany MVV decon GmbH, UnitedArab Emirates

Delft University of Technology, Netherlands DelftUniversity of Technology, Netherlands Asset Management Department ofEnexis B.V., Netherlands Delft University of Technology, Netherlands

Ancillary ServicesAlberto BerizziPolitecnico di Milano, Italy


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Chair:Politecnico di Milano, Italy


269 Multi-Microgrid ImpactAssessment Using Multi Criteria DecisionAid Methods

512 Quantification of Economic, Environmental and Operational Benefits of Microgrids

555 A Developed Energy Management System for a Microgrid in the Competitive ElectricityMarket

585 Aprocedure for evaluating microgrids technical and economic feasibility issues

637 Optimization of an Experimental Hybrid Microgrid Operation: Reliability and EconomicIssues

728 Dynamic Behavior Improvement in a Microgrid with Multiple DG Units Using a PowerSharingApproach

791 Premium power quality with DGintegrated DC systems

812 AMicrocontroller-BasedAutomatic Scheduling System for Residential Microgrids

Chair:


73 Evaluation of the Condition of Medium Voltage Urban Cable Networks using Fuzzy Logic

Enrico Tironi

Julija Vasiljevska ( ), JoaoA. Peças Lopes (), ManuelA. Matos ( )

Nikos D. Hatziargyriou ( ), Anestis G.Anastasiadis ( ), Julija Vasiljevska( ), Antonis G. Tsikalakis (

)

Alireza Bagherian ( ), S.M. Moghaddas Tafreshi ()

Maria Dicorato ( ), Giuseppe Forte ( ), MicheleTrovato ( )

Aitor Milo ( ), Haizea Gaztanaga (), Ion Etxeberria-Otadui (

), Endika Bilbao ( ), Pedro Rodríguez( )

Majid Shahabi ( ), Mahmood-RezaHaghifam ( ), Mostafa Mohamadian (

), SeyedAli Nabavi-Niaki ( )

Morris Brenna ( ), George C. Lazaroiu (), Gabrio Superti-Furga ( ), Enrico Tironi

( )

Bruno Belvedere ( ), Michele Bianchi ( ),Alberto Borghetti ( ), Mario Paolone ( )

Jochen Bühler ( ), Gerd Balzer ()

University of Porto, Portugal University of Porto andINESC, Portugal University of Porto and INESC, Portugal

National Technical University of Athens, GreeceNational Technical University of Athens, Athens, Greece

Faculty of Engineering, Portugal National Technical University ofAthens, Greece

K.N. Toosi University of Technology, Iran K.N.Toosi University of Technology, Iran

Politecnico di Bari, Italy Politecnico di Bari, ItalyPolitecnico di Bari, Italy

IKERLAN-IK4 Technological Center, Spain IKERLAN-IK4Technological Center, Spain IKERLAN-IK4 Technological Center,Spain IKERLAN-IK4 Technological Center, SpainUniversitat Politècnica de Catalunya, Spain

Babol University of Technology, Babol, Mazandaran, IranTarbiat Modares University, Tehran, Iran Tarbiat

Modares University, Tehran, Iran Toronto University, Canada

Politecnico di Milano, Italy University Politehnica ofBucharest, Romania Politecnico di Milano, ItalyPolitecnico di Milano, Italy

University of Bologna, Italy University of Bologna, ItalyUniversity of Bologna, Italy University of Bologna, Italy

Technische Universität Darmstadt, Germany TechnischeUniversität Darmstadt, Germany

Microgrids - Technical and Economic Issues

A.I.Applications in Power Systems: Fuzzy Logic



-

-

Vladimiro MirandaINESC Porto and University of Porto, Portugal

Technical Program

Wed

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41

118 An Energetic Operation Policy Using Fuzzy Controllers for Maximization of Benefits inthe Brazilian Hydrothermal Power System

183 Fuzzy Based Generation Scheduling of Power System with Large Scale Wind Farms

538 Preventing Loop Flows Using Fuzzy Set Theory and GeneticAlgorithms

780 Improved Fuzzy Load Models by Clustering Techniques in Optimal Planning ofDistribution Networks

783 Clustering Techniques for Energy Losses Evaluation in Distribution Networks


107 A Solid Oxide Fuel Cell Model to Investigate Load Following and Stability Issues inDistribution Networks

521 Modeling and Measurement of Small Photovoltaic Systems and Penetration Scenarios

626 New Network Topologies for Large Scale Photovoltaic Systems

798 Storage Selection for DG applications containing Virtual Synchronous Generators

842 Control of Hybrid Fuel Cell Generation Systems forVoltage Sag Ride-Through Studies

RicardoA. L. Rabêlo ( ),AdrianoA. F. M. Carneiro (), Rosana T. V. Braga ( )

Hassan Siahkali ( ), M. Vakilian ()

Gulcihan Ozdemir Dag ( ), Mustafa Bagriyanik ()


), D. Comanescu ( )


)

Stefano Massucco ( ), Andrea Morini ( ),G. Petretto ( ), Andrea Pitto ( ), FedericoSilvestro ( )

Ioulia T. Papaioannou ( ), Minas C. Alexiadis( ), Charis S. Demoulias (

), Dimitris P. Labridis ( ),Petros S. Dokopoulos ( )

Giacomo Carcangiu ( ), Carlotta Dainese ( ),Roberto Faranda ( ), Sonia Leva ( ),Marcello Sardo ( )

Mihaela Albu ( ), Klaas Visscher (), Doru Creang ( ), Alexandru

Nechifor ( ), Nicolae Golovanov ()

Amin Hajizadeh ( ), M.A. Golkar (), L. Norum (

)

University of São Paulo, Brazil University ofSão Paulo, Brazil University of São Paulo, Brazil

Sharif University of Technology, Iran Sharif University ofTechnology, Iran

Istanbul Technical University, Turkey IstanbulTechnical University, Turkey


University, Suceava, Romania Romania


University, Suceava, Romania

University of Genova, Italy University of Genova, ItalyENEL Ricerca, Italy University of Genova, Italy

University of Genova, Italy

Aristotle University of Thessaloniki, GreeceAristotle University of Thessaloniki, Greece Aristotle University of

Thessaloniki, Greece Aristotle University of Thessaloniki, GreeceAristotle University of Thessaloniki, Greece

Soltechna S.r.l, Mondovì, Italy L.E.A.P., ItalyPolitecnico di Milano, Italy Politecnico di Milano, Italy

Soltechna S.r.l, Mondovì, Italy

University “Politehnica” of Bucharest, Romania ECN, TheNetherlands University “Politehnica” of Bucharest, Romania

University “Politehnica” of Bucharest, Romania University“Politehnica” of Bucharest, Romania

K.N. Toosi University of Technology, Iran K.N. ToosiUniversity of Technology, Iran Norwegian University of science and Technology,Norway

ã

Renewable Energy SystemsChair:

University “Politehnica” of Bucharest, RomaniaPetru Postolache


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845 Hardware Platform for Photovoltaic MPPTAlgorithms Implementation and Validation

445 Dynamic Modelling of a grid-connected PEM Fuel Cell in a Distributed GenerationNetwork

Chair:


233 Lightning Attachment Models and Maximum Shielding Failure Current: Application toTransmission Lines

267 Featuring the Thunderstorm Activity Using Lightning Data Provided by the RomanianLightning Detection and Location Network

281 Critical feedback on the methods of determining the impact of lightning on power systemobjects

419 The Effects of Lightning Induced Overvoltages on Low Voltage Power Networks

600 Substation Grounding System Resistance Calculations Using a FEMApproach

628 Temporary Overvoltages Due to Ground Faults in MV Networks

Chair:


181 Sustainability Based Optimal Power FlowANew Planning Tool

Renato Rizzo ( ), Luigi Piegari (), P. Tricoli ( )

Panagiotis N. Papadopoulos ( ), Antonios G.Marinopoulos ( ), Grigoris K. Papagiannis( )

Pantelis N. Mikropoulos ( ), Thomas E. Tsovilis( )

Ileana Baran ( ), Sorin Stoica ()

Dorin Cristescu ( ), Tudor Leonida ()

Marian Costea ( ), Bogdan Nicoara ()

Varvara N. Katsanou ( ), Grigoris K. Papagiannis( )

Alberto Cerretti ( ), Fabio M. Gatta (U), Alberto Geri ( ), Stefano Lauria (

), Marco Maccioni ( ), Giovanni Valtorta ()

Antonis Papaemmanouil ( ), GoranAndersson ( )

University of Naples Federico II, Italy Polytechnic of Milan,Italy University of Naples Federico II, Italy

Aristotle University of Thessaloniki, GreeceAristotle University of Thessaloniki, Greece

Aristotle University of Thessaloniki, Greece


University Politehnica of Bucharest, Romania S.C. TIAB S.A.,Romania

University “Politehnica” of Bucharest, Romania University“Politehnica” of Bucharest, Romania

University Politehnica of Bucharest, Romania UniversityPolitehnica of Bucharest, Romania


Enel International, Bucharest, Romania niversity ofRome, Italy University of Rome, Italy University of Rome,Italy University of Rome, Italy Enel-DistribuzioneS.p.A.- Rome, Italy

Swiss Federal Institute of Technology (ETH), SwitzerlandSwiss Federal Institute of Technology (ETH), Switzerland

Lightning and Electromagnetic Transients

Optimal Power Flow

CarloAlberto Nucci

Luis Wehenkel

University of Bologna, Italy

University of Liege, Belgium



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Technical Program

Wed

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190 Optimal Power Flow Computations with Constraints Limiting the Number of ControlActions

191 A New Heuristic Approach to Deal with Discrete Variables in Optimal Power FlowComputations

656 Optimal Power Flow Solution Using the Penalty/Modified Barrier Method

658 Ill-conditioned Optimal Power Flow Solutions and Performance of Non-LinearProgramming Solvers

829 Optimal Power Flow Procedure for Real-time Security and Economic Re-dispatching in aMarket Structure

Chair:


142 Energy Conservation and Smartgrids: New Challenge for Multimetering Infrastructures

232 Power Flow Management inActive Networks

331 A Method to Determine the Distributed Control Setting of Looping Devices for ActiveDistribution Systems

366 Advanced DMS to ManageActive Distribution Networks

612 Assessing Impact of ICT System Quality on Operation ofActive Distribution Grids

814 Short-Term Scheduling ofActive Distribution Systems

Florin C pit nescu ( ), William Rosehart (), Louis Wehenkel ( )

Florin C pit nescu ( ), Louis Wehenkel ()

Guilherme G. Lage ( ), Vanusa A. de Sousa (), Geraldo R. M. da Costa ( )

Manfred F. Bedrinana ( ), Marcos J. Rider (), CarlosA. Castro ( )

Fabio Bassi ( ), Carlo Bruno ( ), Paola Crisafulli ( ), GiorgioGiannuzzi ( ), Luca Gorello ( ), Simone Pasquini ( ),Massimo Pozzi ( ), Roberto Zaottini ( )

Giuseppe Mauri ( ), Diana Moneta ( ), Carlo Bettoni( )

Phuong H. Nguyen ( ), Wil L. Kling( ), Johanna M.A. Myrzik (

)

Naotaka Okada ( )

Fabrizio Pilo ( ), Giuditta Pisano ( ),Gian G. Soma ( )

Johan Konig ( ), Lars Nordström ()

Alberto Borghetti ( ), Mauro Bosetti ( ),Samuele Grillo ( ), Mario Paolone ( ),Federico Silvestro ( )

ã ã

ã ã

University of Liege, Belgium University of Calgary,Canada University of Liege, Belgium

University of Liege, Belgium University of Liege,Belgium

University of Sao Paulo, Brazil University of SaoPaulo, Brazil University of Sao Paulo, Brazil

State University of Campinas, Brazil State Universityof Campinas, Brazil State University of Campinas, Brazil

TERNA, Italy CESI, Italy CESI, ItalyTERNA, Italy TERNA, Italy CESI, Italy

CESI, Italy TERNA, Italy

CESI Ricerca, Italy CESI Ricerca, ItalyCESI Ricerca, Italy

Eindhoven University of Technology, NetherlandsEindhoven University of Technology, Netherlands Eindhoven

University of Technology, Netherlands

Central Research Institute of Electric Power Industry, Japan

University of Cagliari, Italy University of Cagliari, ItalyUniversity of Cagliari, Italy

The Royal Institute of Technology (KTH), Sweden The RoyalInstitute of Technology (KTH), Sweden

University of Bologna, Italy University of Bologna, ItalyUniversity of Genova, Italy University of Bologna, Italy

University of Genova, Italy

Smart Grids IGanesh Kumar VenayagamoorthyMissouri University of Science and Technology, USA


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Chair:


24 Particle Swarm OptimizationApplied to System Restoration

43 Radial Network Reconfiguration Method in Distribution System using Mutation ParticleSwarm Optimization

88 Metering System Planning for State Estimation via Evolutionary Algorithm and H

Matrix

207 Voltage SecurityAssessment and Control System using a Hybrid Intelligent Method

561 Optimization of Multi-FACTS Devices for Multi-objective Voltage Stability Problem: AComparative Study

566 New Evolutionary Methods for Optimal Design of PID Controllers for AVR System

624 A New Meta-heuristic Method for Profit-Based Unit Commitment under CompetitiveEnvironment

660 Evolutionary Algorithm EPSO Helping Doubly-Fed Induction Generators in Ride-Through-Fault

706 Energy Restoration in Distribution Systems using Multi-Objective EvolutionaryAlgorithm and an Efficient Data Structure

Germano Lambert-Torres ( ), Helga GonzagaMartins ( ), Maurilio Pereira Coutinho (

), Camila Paes Salomon (), Francielle Cristina Vieira ( )

Toshiyuki Sawa ( )

Marco P. Vigliassi ( ), Joao B.A. London (), Alexandre C.B. Delbem ( ), Newton G. Bretas

( )

Worawat Nakawiro ( ), Istvan Erlich ()

Rabah Benabid ( ), Mohamed Boudour (), Mohammad A. Abido (

)

Seyed M.A. Mohammadi ( ), Aliakbar A.Gharaveisi ( ), Mashaallah Mashinchi (

), Seyed M.R. Rafiei ( )

Hiroyuki Mori ( ), Kenta Okawa ( )

Helder Leite ( ), Jose Barros (), Vladimiro Miranda (

)

Moussa Reda Mansour ( ), Augusto Cesar dos Santos( ), Joao Bosco Augusto London Junior (

),Alexandre Claudio Botazzo Delbem ( ), NewtonGeraldo Bretas ( )

Itajuba Federal University of Brazil, BrazilItajuba Federal University of Brazil, Brazil Itajuba

Federal University of Brazil, Brazil Itajuba Federal University ofBrazil, Brazil Itajuba Federal University of Brazil, Brazil

Hitachi Research Laboratory, Japan

University of Sao Paulo, Brazil University of SaoPaulo, Brazil University of Sao Paulo, BrazilUniversity of Sao Paulo, Brazil

University of Duisburg-Essen, Germany University ofDuisburg-Essen, Germany

Nuclear Research Center of Birine, Algeria Universityof Sciences & Technology Houari Boumediene, Algeria King FahdUniversity of Petroleum and Minerals, Saudi Arabia

Shahid Bahonar University of Kerman, IranShahid Bahonar University of Kerman, Iran Shahid

Bahonar University of Kerman, Iran Politecnico di Torino, Italy

Meiji University, Japan Meiji University, Japan

INESC and Universidade do Porto, Portugal INESC andUniversidade do Porto, Portugal INESC and Universidade do Porto,Portugal

University of Sao Paulo, BrazilUniversity of Sao Paulo, Brazil University of Sao

Paulo, Brazil University of Sao Paulo, BrazilUniversity of Sao Paulo, Brazil

D

A.I.Applications in Power Systems: EvolutionaryAlgorithmsChen-Ching LiuUniversity College Dublin, Ireland


Technical Program

Wed

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11

45

Chair:


14 Applications of Dynamic System Monitoring in Power SystemAnalysis

85 Optimal Input and Output Signal Selection forWide-area Controllers

192 Decomposition Algorithm for Power System State Estimation by the Test EquationTechnique and its Implementation on the Basis of Multi-AgentApproach

444 Multipurpose Open SystemArchitecture Model of WideArea Monitoring

446 Power System Operation with Wide Area Control Including Real Time ATC Calculationand Power Flow Control

639 WideArea Voltage Regulation & Protection

802 Identification of Topology Errors with Use of Unbalance Indices and Neural Networks

Chair: ,Georgia Tech,Atlanta, USA


97 Fault Location Algorithm for Use with Current Differential Protective Relays ofDoubleCircuit Line

275 FaultsAnalysis Theory and Schemes of Four-Phase Power Systems

293 Modern Fault Location Technique for the Utility

423 Assessment of Fault LocationAlgorithms in Transmission Grids

BanderA.Allaf ( ), Mohamad H. Shwehdi ()

Abdulaziz M. Almutairi ( ), Jovica V. Milanovic ()

Alexander Z. Gamm ( ), Irina N. Kolosok (),Alexei S. Paltsev ( )

Srdjan Skok ( ), Ivan Šturlic ( ), Renata Matica( )

Dirk Westermann ( ), Hubert Sauvain ()

Sandro Corsi (Italy)

Robert Lukomski ( ), Kazimierz Wilkosz ()

Eugeniusz Rosolowski ( ), Jan Izykowski (), Murari M. Saha ( )

Francesco DellaTorre ( ),Alberto Dolara ( ),SoniaLeva ( ),AdrianoP.Morando ( )

Andrei Podshivalin ( ), Irina Klimatova (), Eduard Terentyev ( )

Marcel Istrate ( ), Mircea Gusa( ), Stefan Tîbuliac( )

Saudi Electricity Company, Saudi Arabia King FahdUniversity, Saudi Arabia

University of Manchester, UK University ofManchester, UK

Energy Systems Institute, Russia Energy SystemsInstitute, Russia Energy Systems Institute, Russia

University of Rijeka, Croatia HEP TSO, CroatiaHEP TSO, Croatia

University of Technology Ilmenau, Germany Universityof Applied Sciences, Switzerland

Wroclaw University of Technology, Poland WroclawUniversity of Technology, Poland

Wroclaw University of Technology, Poland WroclawUniversity of Technology, Poland ABB, Sweden

Politecnico di Milano, Italy Politecnico di Milano, ItalyPolitecnicodiMilano, Italy PolitecnicodiMilano, Italy

Research Centre BRESLER, Russia Research CentreBRESLER, Russia Kolomenskie ES MOESK, Russia

Technical University “Gheorghe Asachi” of Iasi, RomaniaTechnical University “Gheorghe Asachi” of Iasi, Romania“Transelectrica” S.A., Romania

A.P. Sakis Meliopoulos

Wide Area Monitoring and Control Systems

Protection Systems VI

Dirk WestermannTechnical University of Ilmenau, Germany



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499 Transient based Single Phase to Ground Fault Distance Computation

549 New Genetic Algorithm Method for Optimal Coordination of Overcurrent and EarthFault Relays in Networks with Different Levels of Voltages

678 Comparing Measured Impedance by Distance Relay in Presence of Resistive andInductive Fault Current Limiters

Chair:Energy Systems Institute, Irkutsk, Russia


23 The Impact of a Given Trading Limit on a Two-Area Test System

58 Distributed System for Dispatching of Generation in Large-Scale Electrical PowerSystems

134 Analysis of Market Coupling Based on a Combined Network and Market Model

150 European Market Couplings: Description, Modelling and Perspectives

155 Functional Requirements for Southwest Power Pool Energy Imbalance Market Dispatch

171 Bilateral Contract Correction and Cancellation in the Competitive Electricity Markets

196 Estimation of the Remuneration of Hydro Plants in a Market Environment Using anIterative Under-relaxationApproach

323 Effect of Integrating Regulating Power Markets of Northern Europe on Total BalancingCosts

Seila Gruhonjic Ferhatbegovic ( ), AnteMarusic ( )

Somayeh S.H. Kamangar ( ), Hossein A. Abyaneh( ), Reza M. Chabanloo (

), Farzad Razavi ( )

Hossein Shateri ( ), Sadegh Jamali ()

Magnus Perninge ( ), Valerijs Knazkins( ), Mikael Amelin (

), Lennart Soder ()

Vasily A. Makeechev ( ), Eugeny S. Mishuk (), OlegA. Soukhanov ( )

Daniel Waniek ( ), Christian Rehtanz (), Edmund Handschin (T

)

Jeremy Louyrette ( ), Marc Trotignon ( )

Payman Shamsollahi ( ), Vincent VanAcker ( )

Sergey Palamarchuk ( )

Jose C. Sousa ( ), Virgilio T. Mendes (), Joao Tome Saraiva ( )

Alireza Abbasy ( ), Reinier A. C. van der Veen( ), Rudi A.Hakvoort (

)

Elektroprivreda BiH ED, Bosnia and HerzegovinaUniversity of Zagreb, Croatia


Technology, Iran Tafresh University, Iran

Iran University of Science and Technology, Iran IranUniversity of Science and Technology, Iran

Royal Institute of Technology, Stockholm, SwedenRoyal Institute of Technology, Stockholm, Sweden Royal Institute of

Technology, Stockholm, Sweden Royal Institute of Technology, Stockholm,Sweden

Industrial Power Company, Russia CIS ElectricPower Council, Russia Distributed Technologies Company, Russia

Technische Universität Dortmund, Germany TechnischeUniversität Dortmund, Germany echnische Universität Dortmund,Germany


AREVA T&D, USA AREVA T&D, USA

Energy Systems Institute, Russia

EDP Produção SA, Portugal EDP Produção SA,Portugal Universidade do Porto and INESC Porto, Portugal

Delft University of Technology, NetherlandsDelft University of Technology, Netherlands Delft University of

Technology, Netherlands

Sergey PalamarchukPower Market Design


Technical Program

Wed

nes

day,

Ju

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11

47

Chair:


61 Equilibrium Pricing of Weather Derivatives in a Multi-period Trading Environment

96 Allocating Production Cost at CHP Plant to Heat and Power using Cooperative GameTheory

119 Problems in Electricity Sector Restructuring Policies in Some European Countries inTransition

133 Future Electric Power Systems: Structure and Transition Mechanism

158 Simulation of Regional Power Markets in the Planning of Trans-border Interconnections

160 SecurityAssessment by Multiple Transmission System Operators Exchanging Sensitivityand Tie-Line Power Flow Information

577 Flexible International Exchanges: a Possible Solution for Large Scale Wind PowerIntegration

Chair:


84 Comprehensive Performance and IncertitudeAnalysis of Multi-Energy Portfolios

Yongheon Lee ( ), Shmuel S. Oren ()

Viktoria Neimane ( ), Antans Sauhats (), Guntars Vempers ( ),

Janis Inde ( ), Inga Tereskina (), Galina Bockarjova ( )

Dubravko Sabolic ( ), Branko Grcic ()

MikhailYu. Vasilyev ( )

Biljana Hadzi-Kostova ( ), Liliana Oprea (), Victor Popescu ( ), Thomas D.

Veselka ( )

Davide Fabozzi ( ), Mevludin Glavic (), Louis Wehenkel ( ), Thierry Van Cutsem (

)

Konstantinos Ntotas ( ), Madeleine Gibescu (), Wil L. Kling (

), Bart C. Ummels ( ), Engbert Pelgrum( )

Florian Kienzle ( ), EvelinaTrutnevyte ( ), Goran Andersson( )

Constellation Energy, USA University of California atBerkeley, USA

Vattenfall Research & Development, Sweden RigaTechnical University Riga, Latvia Riga Technical University Riga, Latvia

JSC “Siltumelektroprojekts”, Latvia Riga Technical UniversityRiga, Latvia Riga Technical University Riga, Latvia

HEP Transmission System Operator, Croatia University ofSplit, Croatia

Energy Systems Institute, Irkutsk, Russia

Fichtner GmbH&Co KG, Germany FichtnerGmbH&Co KG, Germany Fichtner GmbH&Co KG, Germany

Argonne National Laboratory, USA

University of Liege, Belgium University of Liege,Belgium University of Liege, Belgium University ofLiege, Belgium

Delft University of Technology, Netherlands DelftUniversity of Technology, Netherlands Delft University of Technology,Netherlands Delft University of Technology, NetherlandsTenneT TSO, Netherlands

Swiss Federal Institute of Technology (ETH), SwitzerlandSwiss Federal Institute of Technology (ETH), Switzerland

Swiss Federal Institute of Technology (ETH), Switzerland

Restructuring of the Electricity Industry andTransnational Networks

Fuel Supply Issues

George Gross

Gerard Doorman

University of Illinois at Urbana-Champaign, USA

Norwegian University of Science and Technology,Norway


Wednesday, July 1, 16:15 - 17:30

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262 Efficient Hybrid Optimization Solution for the Economic Dispatch with Nonsmooth CostFunction

421 Integrated Model of Fuel Supply with Take-or-Pay Contracts for Short-term ElectricGeneration Scheduling

486 Support Vector Machines (SVM) Based Short Term Electricity Load-Price Forecasting

596 Considering Start-Up Costs and Risk Premia in a Power Generation Cost Model

810 Modeling and Simulation of Multi-Vector Energy Systems

Chair:


124 The Optimal Operation of Distributed Generation Possessed by Community EnergySystem Considering Low-Carbon Paradigm

304 Wind Parks' Operation in the Context of SystemAdequacy

507 Impact of Renewable Energy Quotas and Emission Trade on Generation Planning

653 Compliance with Technical Codes turns into Precondition for Support and SystemServices Bonus forWind Power Plants in Germany

687 Sensitivity Analysis of the Economic Benefits from Electricity Storage at the EndConsumer Level

836 Design Conditions of Romanian Power System in the Presence of Large-Scale WindPower Plants

Irina Ciornei ( ), Elias Kyriakides ( )

Javier De La Cruz-Soto ( ), Guillermo Gutiérrez-Alcaraz ( )

R.A. Swief ( ), Y.G. Hegazy ( ), T.S.Abdel-Salam ( ), M.ABader ( )

Tobias Mirbach ( ), Tobias Schuetze ()

Loredana Carradore ( ), Roberto Turri ( )

Hun Shim ( ), Sung-Yul Kim ( ), Jin-OKim ( )

Simona Oprea ( ), Dana Petrescu ( ),MirceaAnton ( )

Camillo Genesi ( ), Gian Pietro Granelli ( ),Paolo Marannino ( ), Mario Montagna ( ),Stefano Rossi ( ), Ilaria Siviero ( ), LucaDesiata ( ), Giovanna Gentile ( )

Jens C. Boemer (), Karsten Burges ( ), Thomas Kumm (

)

Klaus-Henning Ahlert ( ), Clemens van Dinther ()

Anca Popescu ( ), Hermina Albert ( ), andCristina Serban ( )

University of Cyprus, Cyprus University of Cyprus, Cyprus

Instituto Tecnologico de Morelia, MexicoInstituto Tecnologico de Morelia, Mexico

Ain Shams University, Egipt Ain Shams University, EgiptAin Shams University, Egipt Ain Shams University, Egipt

Aachen University, Germany Aachen University,Germany

University of Padova, Italy University of Padova, Italy

Hanyang University, Korea Hanyang University, KoreaHanyang University, Korea

Transelectrica S.A., Romania Transelectrica S.A., RomaniaTranselectrica S.A., Romania

University of Pavia, Italy University of Pavia, ItalyUniversity of Pavia, Italy University of Pavia, Italy

University of Pavia, Italy University of Pavia, ItalyENEL Sp.A., Italy ENEL Sp.A., Italy

Ecofys Germany GmbH, Germany, and Delft University of Technology,Netherlands Ecofys Germany GmbH, Germany GermanAssociation for Electrical, Electronic & Information Technologies VDE, Germany

Universitat Karlsruhe, Germany ResearchCenter for Computer Science, Germany

ISPE, Bucharest, Romania ISPE, Bucharest, RomaniaISPE, Bucharest, Romania

Technical and EconomicalAspects of RESJoaoAbel Pecas-LopesINESC and University of Porto, Portugal


Technical Program

Wed

nes

day,

Ju

ly1

11

49

Chair:


50 Virtual Instrument for Electromagnetic Disturbances Classification andAnalysis

314 Measurements and Computation of Electromagnetic Field in Transformer Station400/110 kV Ernestinovo

443 Analysis of the Propagation Characteristics of Buried Cables in Imperfect Earth

520 EMC Filter Common Mode Resonance

615 A More Accurate Algorithm and Software to Calculate the Magnetic Induced Voltages inMulticonductor Systems

776 Emission and Immunity of Equipment in the Frequency Range 2 to 150 kHz

Chair:


74 Condition Assessment for Optimal Planning and Operation of Power Systems with theAid ofAgeing Models

211 ANovel Method to Test the Quality ofADSS Fiber Optic Cables Installed in TransmissionLines

Anca Miron ( ), Mircea Chindris (), Andrei Cziker (

)

Srete Nikolovski ( ), Zvonimir Klaic (), Branko Stefic ( )

Theofilos A. Papadopoulos ( ), Dimitris A.Tsiamitros ( ), Grigoris K. Papagiannis (

)

C. Martin Lundmark ( ), Sarah K. Rönnberg (), Mats Wahlberg ( ),

E.O.Anders Larsson ( ), Math H.J. Bollen ()

George A. Florea ( ), Stelian I.A. Gal( ), Laurentiu Lipan (

), Elena Mateescu ( ), Nicolae Chiosa( )

E.O.Anders Larsson ), Math H.J. Bollen ()

Leyla Asgarieh ( ), Gerd Balzer (),Armin J. Gaul ( )

Sadik Kucuksari ( ), Ibrahim Gunes (), George G. Karady ( )

Technical University of Cluj-Napoca, Romania TechnicalUniversity of Cluj-Napoca, Romania Technical University of Cluj-Napoca,Romania

University of Osijek, Croatia University of Osijek,Croatia HEP Croatian National Grid Company, Croatia

Aristotle University of Thessaloniki, GreeceAristotle University of Thessaloniki, Greece Aristotle

University of Thessaloniki, Greece

Lulea University of Technology, Sweden LuleaUniversity of Technology, Sweden Skelleftea Kraft Elnat AB, Sweden

Lulea University of Technology, Sweden LuleaUniversity of Technology, Sweden

Power & Lighting Thnorob S.A., Romania“Transelectrica”- S.A., Romania University Poltehnica of Bucharest,

Romania Fichtner Engineering Ltd, Romania“Transelectrica”- S.A., Romania

(Lulea University of Technology, Sweden LuleaUniversity of Technology, Sweden

Technische Universität Darmstadt, Germany TechnischeUniversität Darmstadt, Germany RWE Energy, Germany

Arizona State University, USA Istanbul University,Turkey Arizona State University, USA

Electromagnetic Compatibility

Power System Risk Assessment

Dorin Cristescu

Hiroyuki Mori

University “Politehnica” of Bucharest, Romania

Meiji University, Japan



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459 An Alternative Method for Estimating Mean Life of Power System Equipment withLimited End-of-Life Failure Data

519 RiskAssessment of Wind Power Generation Project Investments based on Real Options

611 Assessing the Remaining Life Time of 220 kV and 400 kV OHTL and the RequiredMeasures For the Coordination of Remaining Life Times of the Various ConstructiveElements of Lines

635 Life Cycle CostAnalysis of Transmission and Distribution Systems

Chair:


303 Investment Assessment in Co-generation with Biomass in the Presence of Uncertaintyand Flexibility

349 Analyzing the Current U.S. Electricity Transmission System and Its Main Caveats toIncentivize Long-term Investments

572 Needed Investments in the Power System to Bring Wind Energy to Shore in Belgium

668 A Cost Benefit Approach for Transmission Investment with a Non-Linear TransmissionCost Function

674 Distributed Generation and Security of Supply: Assessing the Investment Deferral

729 Incorporation of Demand Response Resources in Resource InvestmentAnalysis

J.E. Cota-Felix ( ), F. Rivas-Davalos (), S. Maximov ( )

Jose I. Munoz ( ), Javier Contreras (, Javier Caamano ( ), Pedro F.

Correia ( )

George A. Florea ( ), Laurentiu Lipan (), Stelian Gal ( ), Emil Kaytar

( ), Vasile Metiu ( ), Ioan Rodean( )

Ingo Jeromin ( ), Gerd Balzer (), Jurgen Backes ( ),

Richard Huber ( )

Wadaed Uturbey ( ), Luis Alberto Aguilar ()

Enzo E. Sauma ( )

Patrik Buijs ( ), David Bekaert (), Dirk Van Hertem ( ),

Ronnie Belmans ( )

Rodrigo Moreno ( ), Christos Vasilakos (), Danny Pudjianto ( ), Goran Strbac (

)

David T-C. Wang ( ), Luis F. Ochoa (), Gareth P. Harrison ( )

Anupama S. Kowli ( ), George Gross ()

Morelia Institute of Technology, Mexico Morelia Instituteof Technology, Mexico Morelia Institute of Technology, Mexico

Universidad de Castilla La Mancha, Spain Universidad deCastilla La Mancha, Spain) Universidad del País Vasco, Spain

Technical University of Lisbon, Portugal

Power & Lighting Thnorob S.A., Romania UniversityPolitehnica Bucharest, Romania “Transelectrica”- S.A., RomaniaISPE, Romania “Transelectrica”- S.A., Romania“Transelectrica”- S.A., Romania

Technische Universitat Darmstadt, Germany TechnischeUniversitat Darmstadt, Germany EnBW Regional AG Stuttgart, Germany

EnBW Regional AG Stuttgart, Germany

Federal University of Minas Gerais, Brasil FederalUniversity of Minas Gerais, Brasil

Pontificia Universidad Católica de Chile, Chile

Katholieke Universiteit Leuven, Belgium KatholiekeUniversiteit Leuven, Belgium Katholieke Universiteit Leuven, Belgium

Katholieke Universiteit Leuven, Belgium

Imperial College London, UK Imperial CollegeLondon, UK Imperial College London, UK ImperialCollege London, UK

The University of Edinburgh, UK The University ofEdinburgh, UK The University of Edinburgh, UK

University of Illinois, Urbana, USA University of Illinois,Urbana, USA

Power Systems InvestmentsÞtefan SterpuEDFR&D, Clamart, France


Technical Program

Wed

nes

day,

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ly1

11

51

Chair:


12 Fault Detection in Induction Motors with Independent Component Analysis (ICA)

62 Low Voltage Ride Through Capability Enhancement of Fixed Speed Wind Generator

75 Optimal Location of Series FACTS Devices to Control Line Overloads in Power Systemswith High Wind Feeding

153 A New, Ultra low cost Power Quality and Energy Measurement Technology The Futureof Power Quality Measurement

209 StatCom's Control by Neural Networks: Results on a Lab Prototype

231 Minimization of Fluctuations of Output Power and Terminal Voltage of Wind Generatorby Using STATCOM/SMES

264 AProtection and Reconfiguration Scheme for Distribution Networks with DG

297 Steady State Operation of Interphase Power Controller (IPC) Using Power ElectronicConverter

369 Increase of Paper Mill Energy Efficiency by Optimization Energy Supply SystemIndustry

376 Analysis of Voltage Profile and its Improvement in Harmonic Included DistributionSystems

Irfan Guney ( ), Erdal Kilic ( ),Okan Ozgonenel ( ), Mustafa Ulutas (

), Erol Karadeniz ( )

S.M. Muyeen ( ), Rion Takahashi (), Toshiaki Murata ( ), Junji Tamura

( )

Arefeh D. Shakib ( ), Ervin Spahic (), Gerd Balzer ( )

Alex McEachern ( ),Andreas Eberhard ( )

Oliver M. Perez ( ), Juan M. Ramirez ( ), Pavel H.Zuñiga ( ), Ruben O. Tapia (

)

M.Rafiqul Islam Sheikh ( ), S.M. Muyeen (), Rion Takahashi ( ),

Toshiaki Murata ( ), Junji Tamura ()

Seyed A.M. Javadian ( ), Roozbeh Tamizkar (), Mohmood-Reza Haghifam ( )

Lev Kalinin ( ), Dmitrii Zaitcev (), Mihai Tirsu ( )

Aneta Hazi ( ), Adrian Badea (), Gheorghe Hazi ( ), Horia Necula

( ), Roxana Grigore ()

Hadi Hosseinian ( ), H. Nasir Aghdam (), Sied H. Hosseini ( ), S. Galvani

( ), HosseinAskarian ()

Acibadem University, Turkey Ondokuz Mayis University, TurkeyOndokuz Mayis University, Turkey Ondokuz Mayis

University, Turkey Ondokuz Mayis University, Turkey

Kitami Institute of Technology, Japan Kitami Institute ofTechnology, Japan Kitami Institute of Technology, JapanKitami Institute of Technology, Japan

Technische Universität Darmstadt, Germany ABB PowerUtilities AG, Germany Technische Universität Darmstadt, Germany

Power Standards Lab,USA Power Standards Lab,USA

CINVESTAV, México CINVESTAV, MéxicoUniversidad de Guadalajara, Mexico Universidad Politecnica de

Tulancingo, Mexico

Kitami Institute of Technology, Japan KitamiInstitute of Technology, Japan Kitami Institute of Technology, Japan

Kitami Institute of Technology, Japan Kitami Institute ofTechnology, Japan

Islamic Azad University, Iran Islamic AzadUniversity, Iran Tarbiat Modares University, Iran

Academy of Moldova, Republic of Moldova Academy ofMoldova, Republic of Moldova Academy of Moldova, Republic of Moldova

University of Bacau, Romania University “Politehnica”Bucharest, Romania University of Bacau, RomaniaUniversity “Politehnica” Bucharest, Romania University of Bacau,

Romania

University of Zanjan, Zanjan, Iran Islamic AzadUniversity, Iran University of Zanjan, Zanjan, IranUniversity of Zanjan, Zanjan, Iran Amir Kabir University of Technology,

Iran

Poster Session IIVladimir TerzijaThe University of Manchester, UK


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409 New Control Technique for Compensation of Neutral Current Harmonics in Three-Phase Four-Wire Systems

438 Mathematical model of Reliability Centered Maintenance (RCM). Power transmissionand distribution networks applications

447 Optimal Grid Integration of Wind Power Plants in Croatian 110 kV Network

467 The Influence of Embedded Generator Control Modes on an Electrical DistributionNetwork Power Flows and Voltage Profile

483 Development of Gas Turbines Model in MATLAB to Investigate Response in the Event ofMajor System Contingencies

485 Optimal Placement of Monitors in Transmission Systems Using Fuzzy Boundaries forVoltage SagAssessment

487 Evaluating the Impact of Wind Generation on the Reliability of the Electrical UnifiedNetwork of Egypt

496 Errors for Calculus of the Energy Losses Using Statistical Characteristics of the Loads inthe Busses

560 Decreasing the Harmonic Content of the Fault Current during Single-Phase to GroundFaults in Compensated Network

654 Application of Generalized Neuron in Electricity Price Forecasting

696 An Investigation on Optimal Current Mode Control for Boost-Type PWM Rectifiers

749 ACombinatorialApproach forTransmission Expansion & Reactive Power Planning

Jafar K. Zadeh ( ), Ebrahim Farjah ( )

Dorin Sarchiz ( ), Dorin Bicã (), Ovidiu Georgescu ( )

Mario Klaric ( ) Igor Kuzle ( )

Azni W. Azizan ( ), Vigna K. Ramachandaramurthy( ), Chin K. Loo ( )

Chong T. Yaw ( ), Noul R. Namas Khan (), U. Anisa Ungku Amirulddin (

), Amir H. Hashim ( ), MohdNoor Harun ( )

Mohammad Haghbin ( ), Ebrahim Farjah ( )

Eman Beshr ( ), Yasser Hegazy (), Yasser Galal ( ), Mohmaed.Abdelatif Badr (

)

Gheorghe Hazi ( ), Aneta Hazi ( ),Roxana Grigore ( )

Andras. M. Dan ( ),Zsuzsa Czira ( ), DavidRaisz ( )

Sanam Mirzazad-Barijough ( ), Ali Akbar Sahari ()

Coneth G. Richards ( ), Pieter J. Ehlers( ), Dan V. Nicolae (

)

Mohsen Rahmani ( ), Masoud Rashidinejad( )

Shiraz University, Iran Shiraz University, Iran

Petru Maior University of Tg. Mures, Romania Petru MaiorUniversity of Tg. Mures, Romania Electrica SA, Romania

University of Zagreb, Croatia University of Zagreb, Croatia

Universiti Tenaga Nasional, MalaysiaUniversiti Tenaga Nasional, Malaysia Tenaga National Berhad, Malaysia

Universiti Tenaga Nasional, Malaysia TenagaNasional Berhard Research Sdn. Bhd, Malaysia UniversitiTenaga Nasional, Malaysia Universiti Tenaga Nasional, Malaysia

Tenaga Nasional Berhard Research Sdn. Bhd, Malaysia

Shiraz University, Iran Shiraz University, Iran

Arab Academy for Science and Technology, Egypt Ain ShamsUniversity, Egypt Egypt Ain Shams University,Egypt

University of Bacau, Romania University of Bacau, RomaniaUniversity of Bacau, Romania

Budapest University of Technology and Economics, Budapest, HungaryBudapest University of Technology and Economics, Budapest, Hungary

Budapest University of Technology and Economics, Budapest, Hungary

Pennsylvania State University, USA SharifUniversity of Technology, Iran

Thswane University of Technology, South AfricaThswane University of Technology, South Africa Thswane University of

Technology, South Africa

Shahid Bahonar University of Kerman, IranShahid Bahonar University of Kerman, Iran

Technical Program

Wed

nes

day,

Ju

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11

53

765 Evaluation of the Steady State Performance of a DC Link Built on VSC ConverterStations Using PSCAD/EMTDC

806 Regional Market of Balancing Electricity: Technical And Economical Analysis

823 Electrical LoadAnalysis in a Hospital Complex

Edgar Mortera-Vázquez ( ), Eduardo L. Moreno-Goytia ( ), Luis E. Ugalde-Caballero (

)

Georgi D. Stoilov ( ), Stefan I. Sulakov( )

Alberto Prudenzi ( ), V. Caracciolo (),A. Silvestri ( )

Instituto Tecnologico de Morelia, MexicoInstituto Tecnologico de Morelia, Mexico Instituto

Tecnologico de Morelia, Mexico

Electricity System Operator of Bulgaria, BulgariaElectricity System Operator of Bulgaria, Bulgaria

University of L'Aquila, Italy S. GiovanniAddolorata Healthcare Complex, Italy University of L'Aquila, Italy

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54

Chair:


115 A Framework for the Simultaneous Clearing of Multiple Markets within a CommonTransmission System

)

139 A Rare Event Approach to Build Security Analysis Tools when N-k (k > 1) Analyses AreNeeded

336 Steady-State Solution of a VFT Park Using the Limit Cycle Method and a Reduced OrderModel

641 Power SystemAdequacy: an Efficient Procedure Based on GeneticAlgorithms

650 Decision Tree Based Filter for ControlArea External Contingencies Screening

651 Power Flow Based Indices for the Coordination of Transmission and Generation SystemPlanning

691 Towards Quantifying the Impacts of Cyber Attacks in the Competitive ElectricityMarket Environment

Chair:


143 Optimal Power Flow with Steady-State Voltage Stability Consideration Using ImprovedEvolutionary Programming

Adamantios Marinakis ( ), William D. Rosehart (), Thierry Van Cutsem (

Florence Fonteneau-Belmudes ( ), Damien Ernst (), Louis Wehenkel ( )

Luis Contreras-Aguilar ( ),Norberto García ( )

Fabio M. Gatta ( ), Alberto Geri ( ), StefanoLauria ( ), Marco Maccioni ( ), Pietro Masato( )

Khaled Alcheikh-Hamoud ( ), NouredineHadjsaid ( ), Yvon Besanger (

), Jean-Pierre Rognon ()

Camillo Genesi ( ), Paolo Marannino ( ),Mario Montagna ( ), Stefano Rossi ( ), IlariaSiviero ( )

Matias Negrete-Pincetic ( ), Felipe Yoshida( ), George Gross (

)

Kritsana Tangpatiphan ( ), Akihiko Yokoyama ()

University of Liege, Belgium University ofCalgary, Canada University of Liege, Belgium

University of Liege, Belgium University ofLiege, Belgium University of Liege, Belgium

Universidad Michoacana de San Nicolás de Hidalgo, MexicoUniversidad Michoacana de San Nicolás de Hidalgo, Mexico

University of Rome, Italy University of Rome, ItalyUniversity of Rome, Italy University of Rome, Italy

TERNA, Italy

Grenoble Electrical Engineering Laboratory, FranceGrenoble Electrical Engineering Laboratory, France Grenoble

Electrical Engineering Laboratory, France Grenoble ElectricalEngineering Laboratory, France

University of Pavia, Italy University of Pavia, ItalyUniversity of Pavia, Italy University of Pavia, Italy

University of Pavia, Italy

University of Illinois at Urbana-Champaign, USAUniversity of Illinois at Urbana-Champaign, USA University of Illinois at

Urbana-Champaign, USA


ClaudioA. CanizaresUniversity of Waterloo, Canada

Transmission CapacityEnhancementand Congestion Management II

Voltage Stability

Masimo La ScalaPolitecnico di Bari, Italy

Thursday, July 2, 8:30 10:30


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208 Voltage Stability in Distribution Networks with DG

305 Line Indices forVoltage StabilityAssessment

315 A Multi-Agent Approach to Coordination of Different Emergency Control DevicesAgainst Voltage Collapse

599 Application Of Artificial Immune System For Detecting Overloaded Lines And VoltageCollapse Prone Buses In Distribution Network

771 Security Margin Increase by Voltage Stability-Oriented Emergency Power Injection

841 Understanding Power System Voltage Collapses UsingARISTO: Effects of Protection

108 Evaluation of Some Indices forVoltage StabilityAssessment

Chair:


66 Damping Modelling in Transformer Energization Studies for System Restoration: SomeStandard Models Compared to Field Measurements

250 Avoiding Cascading Protection Tripping in Transmission Systems and Assessment ofQuality and Security of the Protection System

353 Application of New Emergency Control Principle in Power Systems

382 Principles of Protection against Blackouts in Power Systems

Monica Alonso ( ), Hortensia Amarís ()

Claudia Reis ( ), F.P. MacielBarbosa ( )

Daniil A. Panasetsky ( ), Nikolai I. Voropai( )

Jovica V. Milanovic ( ), Jingwei Lu ( )

Gilberto C. Barreto-Mederico ( ), Elena Caraballo-Henriquez( ), CarlosA. Goyo-Barrientos ( )

Didi Istardi ( ), Shehu Abba-Aliyu (), Andreas Bergqvist (

), Nicolas Rouch ( ),Adil M.Abdalrahman( ), Le Anh Tuan (C

), Lina Bertling ( )

Stefano Massucco ( ), Samuele Grillo ( ),Andrea Pitto ( ), Federico Silvestro ( )

Manuel Martínez Duró ( )

Rainer Krebs ( ), Gerhard Ziegler ( ), Johann Jager( ), Florin Balasiu ( ), Felicia Lazar( )

Vladimir Chuvychin ( ), Nikolay Gurov (), Santa Kiene ( )

Jekabs Barkans ( ), Diana Zalostiba ()

Universidad Carlos III de Madrid, Spain UniversidadCarlos III de Madrid, Spain

Telecommunications Institute of Aveiro University, PortugalFaculty of Engineering of Porto University, Portugal

Energy Systems Institute, Irkutsk, RussiaEnergy Systems Institute, Irkutsk, Russia

The University of Manchester, UK Mott Macdonald, UK

FUNDELEC, VenezuelaFUNDELEC, Venezuela FUNDELEC, Venezuela

Chalmers University of Technology, Sweden ChalmersUniversity of Technology, Sweden Chalmers University of Technology,Sweden Chalmers University of Technology, SwedenChalmers University of Technology, Sweden halmers University of

Technology, Sweden Chalmers University of Technology, Sweden

University of Genova, Italy University of Genova, ItalyUniversity of Genova, Italy University of Genova, Italy

EDF R&D, France

Siemens AG, Germany Siemens AG, GermanyUniversity of Erlangen, Germany Transelectrica, RomaniaTranselectrica, Romania

Riga Technical University, Latvia Riga TechnicalUniversity, Latvia Riga Technical University, Latvia

Riga Technical University, Latvia Riga TechnicalUniversity, Latvia

System Protections SchemesNewton BretasUniversity of São Paulo, Brazil

Thursday, July 2, 8:30 10:30-

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56

403 Defense Plan against Loss of Synchronism in Interconnected Power Systems

490 Quantifying the Risk of a Blackout Using PSA/Eurostag Platform Software

570 Using Hierarchical Coloured Petri Net to Support Substation Restoration

644 Special Protection Schemes in Taiwan

Chair:


326 Optimal Bidding Strategy of Generating Companies in Imperfect Electricity Markets

334 Seller, Buyer and VPPAgents Behavior on a Simulated Electricity Market

343 Bilateral Negotiation of Energy Contracts from the Buyer Perspective

396 AuctionsApplication for Electricity Markets Modeling

508 ARisk-Constrained Optimal Bidding Strategy for a Generation Company by IWAPSO

703 Brazilian EnergyAuctionsAnalysis Based on EvolutionaryAlgorithms

Ulf Häger ( ), Christian Rehtanz ()

Florin E. Ciausiu ( ), Ion Dumitru ( ), Mircea Eremia( )

Luciano A.C. Lisboa ( ), Antonio M.N. Lima( ), Leandro D. Silva (

)

Chao-Rong Chen ( ), Wen-Ta Tsai (), Hua-Yi Chen (

), Ching-Ying Lee ( ),Hong-Wei Lan ( )

Mehdi Kabiri ( ), ShahabeddinAkbari ( ), NimaAmjady ( ), Abbas Ketabi ( ), Seyed A. Taher( )

Isabel Praca ( ), Hugo Morais (), Carlos Ramos (

), ZitaA. Vale ( )

Juan Carlos Mateus ( ), Pablo Cuervo Franco ()

Petr I. Bartolomey ( ), Tatiana Y. Panikovskaya ()

Chanwit Boonchuay ( ), Weerakorn Ongsakul ()

Cristina M.B. Castro ( ), Andre L.M. Marcato (), Ivo C.S. Silva Jr ( ),

Bruno H. Dias ( ), Geraldo E. Silva Jr (), Edimar J. Oliveira ( )

Technische Universität Dortmund, Germany TechnischeUniversität Dortmund, Germany

TRAPEC, Romania TRAPEC, RomaniaUniversity Politehnica of Bucharest, Romania

Hydroelectric Company of San Francisco, BrazilFederal University of Campina Grande, Brazil Federal University of

Alagoas, Brazil

National Taipei University of Technology, Taiwan NationalTaipei University of Technology, Taiwan National Taipei University ofTechnology, Taiwan National Taipei University of Technology, Taiwan

Taiwan Power Company, Taiwan

Kashan University, Iran Kashan University, IranSemnan University, Iran Kashan University, Iran

Kashan University, Iran

GECAD Polytechnic Institute of Porto, Portugal GECADPolytechnic Institute of Porto, Portugal GECAD Polytechnic Institute ofPorto, Portugal GECAD Polytechnic Institute of Porto, Portugal

University of Brasilia, Brazil University ofBrasilia, Brazil

Ural State Technical University, Russia UralState Technical University, Russia

Asian Institute of Technology, Thailand AsianInstitute of Technology, Thailand

Federal University of Viçosa, Brazil FederalUniversity of Juiz de Fora, Brazil Federal Univiversity of ABC, Brazil

Pontifical Catholic University of Rio de Janeiro FederalUniversity of Vicosa, Brazil Federal University of Juiz de Fora, Brazil

Bidding Strategies in Electricity MarketsAnastasios BakirtzisAristotle University of Thessaloniki, Greece


Technical ProgramT

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57

730 Incorporation of Rationing Effects to Hydrothermal Dispatch Optimization

741 Strategic Bidding in Pay as Bid Power Market by Combined Probabilistic and GameTheory Procedures

Chair:


89 Market and Environmental Dispatch of Combined Cycle CHPPlant

102 AModel Predictive ControlApproach to Dynamic Economic Dispatch Problem

392 Long-Term Hydropower Scheduling Based on Deterministic Nonlinear OptimizationandAnnual Inflow Forecasting Models

448 Assessment of Generators Strategic Behavior in Long Term Supply Contract Auctionsusing Portfolio Concepts

609 Hourly-Discretized Mid-Term Power System Operation in a Competitive Energy Market

621 Short-term Hydropower Scheduling Via an Optimization-SimulationDecompositionApproach

737 Unit Commitment Optimization using Improved GeneticAlgorithm

Andre Luís Marques Marcato ( ), Anderson M. Iung( ), Antônio Geraldo Mendes (

), Thiago C. César ( ),Reinaldo Castro Souza ( ), Mônica Barros (

),Ana Cláudia C. dos Santos ( ), IvoChaves da Silva Junior ( ), Rafael B.S. Brandi( ), Tales P. Ramos (

)

Alireza Mozdawar ( ), Bahman Khaki ()

Alexander Dolgicers ( ), Svetlana Guseva (), Antans Sauhats ( ), Olegs Linkevics (

), Anatoly Mahnitko ( ), Inga Zicmane( )

Xiaohua Xia ( ), Jiangfeng Zhang (),Ahmed Elaiw ( )

Monica S. Zambelli ( ), Ivette Luna (), Secundino Soares ( )

Eduardo Roubik ( ), Hugh Rudnick ()

Costas G. Baslis ( ), Anastasios G. Bakirtzis( )

Makoto Kadowaki ( ), Takaaki Ohishi (), Leonardo Martins ( ), Secundino Soares (

)

Kaveh Abookazemi ( ), Mohd WazirMustafa ( )

Federal University of Juiz de Fora, BrazilDuke Energy International S.A., Brazil Duke Energy

International S.A., Brazil Federal University of Juiz de Fora, BrazilPontifical Catholic University, Brazil Pontifical

Catholic University Duke Energy International S. A., BrazilFederal University of Rio de Janeiro, Brazil

Federal University of Juiz de Fora, Brazil Federal University of Juiz deFora, Brazil

Iran Grid Management Company, Iran Islamic AzadUniversity, Iran

Riga Technical University, Latvia Riga TechnicalUniversity, Latvia Riga Technical University, Latvia ASLatvenergo, Latvia Riga Technical University, LatviaRiga Technical University, Latvia

University of Pretoria, South Africa University of Pretoria,South Africa University of Pretoria, South Africa

University of Campinas, Brazil University of Campinas,Brazil University of Campinas, Brazil

Pontificia Universidad Católica de Chile, Chile PontificiaUniversidad Católica de Chile, Chile


University of Campinas, Brazil University of Campinas,Brazil University of Campinas, Brazil University ofCampinas, Brazil

University Technology of Malaysia, Johor, MalaysiaUniversity Technology of Malaysia, Johor, Malaysia

Optimal Unit CommitmentJoao P.S. CatalaoUniversity of Beira Interior, Portugal


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58

Chair:


76 Loss Reduction as a Mixed Integer Optimization Problem

79 Energy Loss Estimation in Distribution Networks for Planning Purposes

109 Optimal Operation of a Microturbine Cluster with Partial-Load Efficiency and EmissionCharacterization

372 Exergy Evaluation of Renewable Use in the Pulp and Paper Industry

543 Energy Services as a tool to promote energy efficiency in the Health Sector

595 Role of Losses in Design of LV Distribution Circuits for CO2 Emission Minimization

Chair:


424 Primary Load-Frequency Control from Pitch-Controlled Wind Turbines

436 Optimum Control for an Autonomous Micro Hydro Power Plant with InductionGenerator

481 Dynamic Response of Different Wind Generator Topologies Connected to MediumSize Power Grid

Stephane Fliscounakis ( ), Fabrice Zaoui ( ), Marie-PierreHoury ( ), Emilie Milin ( )

Joerg Dickert ( ), Matthias Hable (), Peter Schegner ( )

Adrian-Valentin Boicea ( ), Gianfranco Chicco (), Pierluigi Mancarella ( )

Aneta Hazi ( ), Adrian Badea (), Gheorghe Hazi ( ), Horia Necula

( ), Roxana Grigore ()

Fernando Paulo ( ),Alvaro Gomes ( )

Pierluigi Mancarella ( ), Chin Kim Gan (), Goran Strbac ( )

Panayiotis Moutis ( ), EmmanouilLoukarakis ( ), Stavros Papathanasiou( ), Nikos D. Hatziargyriou (

)

Corneliu Marinescu ( ), Catalin P. Ion( )

Mohd Saiful A. Rapheal ( ), Vikram G. Ram( ), Vigna K. Ramachandaramurthy (

), Wooi P. Hew ( )

RTE M&S, France RTE M&S, FranceRTE M&S, France RTE M&S, France

Technische Universität Dresden, Germany Siemens AG,Germany Technische Universität Dresden, Germany

Politecnico di Torino, Italy Politecnico diTorino, Italy Imperial College London, UK

University of Bacau, Romania University “Politehnica”Bucharest, Romania University of Bacau, RomaniaUniversity “Politehnica” Bucharest, Romania University of Bacau,

Romania

SDP, Portugal INESCC - University of Coimbra, Portugal

Imperial College London, UK Imperial CollegeLondon, UK Imperial College London, UK

National Technical University of Athens, GreeceNational Technical University of Athens, Greece

National Technical University of Athens, Greece NationalTechnical University of Athens, Greece

Transilvania University of Brasov, RomaniaTransilvania University of Brasov, Romania

Tenaga Nasional Berhad, MalaysiaUniversity Malaya, Malaysia University Tenaga

Nasional, Malaysia University Malaya, Malaysia

Energy Efficiency

Wind and Micro-Hydro Generators Control

Nicolae Golovanov

Ioan Dumitrache





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Technical ProgramT

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59

582 Methods for Evaluating Penetration Levels of Wind Generation inAutonomous Systems

592 Impact of Distributed Generation in Steady State, Voltage and Transient StabilityRealCase

669 Cross-flow WaterTurbines Control Under Grid Disturbances

Chair:University of Bologna, Italy


245 Effect of Power Frequency Magnetic Field on Chronic and Genetic Toxicities of FruitFlies

597 Halogen Lamp Modeling For Low Voltage Power Systems TransientAnalyses

622 Equivalent Lumped Parameter - Network of Typical Grounding Systems for Linear andNon-LinearTransientAnalysis

625 An Original Approach to the Biological Impact of the Low Frequency ElectromagneticFields and Proofed Means of Mitigation

846 Electric and Magnetic Field Distribution in Substations belonging to Transelectrica TSO

Ioannis D. Margaris ( ), John C. Mantzaris( ), Michael E. Karystianos (

), Aggelos I. Tsouchnikas (), Costas D. Vournas (

), Nikos D. Hatziargyriou ( ), IsidorosC. Vitellas ( )

Rafael R. Londero ( ), Carolina de Mattos Affonso (), Marcus V.A. Nunes ( )

Maria Andreica ( ), Seddik Bacha( ), Daniel Roye (

), Iulian Munteanu (), Antoneta I. Bratcu (

), Joel Guiraud ( )

Kenji Tanaka ( ), Yukio Mizuno (), Katsuhiko Naito ( )

Octavian Craciun ( ), Daniel Radu( ), Seddik Bacha (

)

Fabio M. Gatta ( ), Alberto Geri ( ), StefanoLauria ( ), Marco Maccioni ( )

GeorgeA. Florea ( ),Ancu Dinca (), Stelian I.A. Gal ( )

Gheorghe Visan ( ), Ioan T. Pop ( ), CalinMunteanu ( )

National Technical University of Athens, GreeceNational Technical University of Athens, Greece National

Technical University of Athens, Greece National TechnicalUniversity of Athens, Greece National Technical University of Athens,Greece National Technical University of Athens, Greece

Public Power Corporation S.A. Athens, Greece

Federal University of Para, Brazil FederalUniversity of Para, Brazil Federal University of Para, Brazil

Grenoble Electrical Engineering Laboratory, FranceGrenoble Electrical Engineering Laboratory, France Grenoble Electrical

Engineering Laboratory, France Grenoble Electrical EngineeringLaboratory, France Grenoble Electrical Engineering Laboratory,France Grenoble Electrical Engineering Laboratory, France

Nagoya Institute of Technology, Japan Nagoya Institute ofTechnology, Japan N. S. Co., Ltd., Nagoya, Japan

Grenoble Electrical Engineering Laboratory, FranceSchneider Electric Industries, France Grenoble Electrical Engineering

Laboratory, France

University of Rome, Italy University of Rome, ItalyUniversity of Rome, Italy University of Rome, Italy

Power & Lighting Thnorob S.A., Romania Researches Center”Ancu Dinca”, Romania “Transelectrica”- S.A., Romania

Transelectrica, Romania Transelectrica, RomaniaTechnical University of Cluj-Napoca, Romania

CarloAlberto NucciTransients and Electromagnetic Compatibility


Th

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Wed

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Chair:


226 Including Active Voltage Level Management in Planning of Distribution Networks withDistributed Generation

287 Optimal Placement of Voltage Regulators in Distribution Systems

325 ANewApproach Based on HBMO forVolt/Var Control in Distribution Considering Dgs

335 Optimal Location of Pilot Buses by a Genetic Algorithm Approach for a CoordinatedVoltage Control in Distribution Systems

435 Different Approaches to Short-term Optimal Voltage Scheduling Based On VoltageControl Zones Concept

796 Reactive Power Flow Optimization in the Presence of Secondary Voltage Control

Chair:


395 An Active Coordination Approach for Thermal Household Appliances LocalCommunication and Calculation Tasks in the Household

601 Grid Tied Converter with Virtual Kinetic Storage

Anna Kulmala ( ), Kari Mäki (), Sami Repo ( ), Pertti

Jarventausta ( )

CarlosA.N. Pereira ( ), CarlosA. Castro ( )

Taher Niknam ( ), Majid Nayeripour ()

Olivier Richardot ( ), Yvon Bésanger( ), Daniel Radu (

), Nouredine Hadjsaid ()

Tomislav Plavsic ( ), Igor Kuzle ()

Valentin Ilea ( ), Cristian Bovo (), Marco Merlo ( ), Alberto Berizzi (), Mircea Eremia ( )

Stephan Koch ( ), Dominik Meier( ), Marek Zima (

), Martin Wiederkehr (), Goran Andersson (

)

Marinus P.N. van Wesenbeeck ( ), Sjoerd W.H.de Haan ( ), Pablo Varela (

), Klaas Visscher ( )

Tampere University of Technology, Finland Tampere Universityof Technology, Finland Tampere University of Technology, Finland

Tampere University of Technology, Finland

Rede Energia, Brazil University of Campinas, Brazil

Shiraz University of Technology, Iran Shiraz University ofTechnology, Iran

Grenoble Electrical Engineering Laboratory, FranceGrenoble Electrical Engineering Laboratory, France Grenoble Electrical

Engineering Laboratory, France Grenoble Electrical EngineeringLaboratory, France

HEP Transmission System Operator Ltd., Croatia Faculty ofElectrical Engineering in Zagreb, Croatia

University “Politehnica” of Bucharest, Romania Politecnico diMilano, Italy Politecnico di Milano, Italy Politecnico diMilano, Italy University “Politehnica” of Bucharest, Romania

Swiss Federal Institute of Technology (ETH), SwitzerlandUniversity of Applied Sciences North-Western Switzerland, Switzerland Swiss

Federal Institute of Technology (ETH), Switzerland University ofApplied Sciences North-Western Switzerland, Switzerland Swiss FederalInstitute of Technology (ETH), Switzerland

Delft University of Technology, The NetherlandsDelft University of Technology, The Netherlands University of Vigo,

Spain ECN - Energy research Centre of the Netherlands, The Netherlands

Reactive Power Planning and Control

Smart Grids II

Sandro Corsi

Nouredine Hadjsaid

Italy

Grenoble Institute of Technology, France



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Technical Program

Th

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61

604 Balancing Wind Power with Virtual Power Plants of Micro-CHPs

667 Load Control Through Smart-Metering on Distribution Networks

813 Development of an RTU for Synchrophasors Estimation inActive Distribution Networks

839 Domestic Energy Management Methodology for Optimizing Efficiency in Smart Grids

Chair:


193 A De-icing Method of Electric Transmission Line by Adjusting Load Based onControllable Inductor and Capacitor Compensation

243 On-Condition Maintenance forWind Turbines

354 Diagnosis for Aging Degradation of Insulating Paper in Power Transformers byMeasuring the Refractive Index of Cellulose Fibers

502 An Opportunistic Maintenance Optimization Model for Shaft Seals in Feed-Water PumpSystems in Nuclear Power Plants

510 An Optimization Framework for Opportunistic Maintenance of Offshore Wind PowerSystem

Michiel Houwing ( ), Georgios Papaefthymiou( ), Petra W. Heijnen (

), Marija D. Ilic ( )

Sergio Bruno ( ), Silvia Lamonaca ( ),Massimo La Scala ( ), Giuseppe Rotondo ( ),Ugo Stecchi ( )

Mario Paolone ( ),Alberto Borghetti ( ),CarloAlberto Nucci ( )

Albert Molderink ( ), Vincent Bakker (), Maurice G.C. Bosman ( ), Johann L. Hurink

( ), Gerard J.M. Smit ( )

Gang Liu ( ), Xuezeng Zhao (), Yonghui Chen ( ), Shijin

Jiang ( ), Dong Wang (), Zhiping Liu (

)

Inácio Fonseca ( ), Torres Farinha (), Fernando Maciel Barbosa ( )

Masanobu Yoshida ( ), Yoshinori Konishi ()

Julia Nilsson ( ), Adam Wojciechowski( ), Ann-Brith Stromberg (

), Michael Patriksson ( ), LinaBertling ( )

Francois Besnard ( ), Michael Patriksson( ), Ann-Brith Stromberg (

), Adam Wojciechowski ( ), LinaBertling ( )


Technology, Netherlands Carnegie Mellon University, USA

Politecnico di Bari, Italy Politecnico di Bari, ItalyPolitecnico di Bari, Italy Politecnico di Bari, Italy

Politecnico di Bari, Italy

University of Bologna, Italy University of Bologna, ItalyUniversity of Bologna, Italy

University of Twente, Netherland University of Twente,Netherland University of Twente, NetherlandUniversity of Twente, Netherland University of Twente, Netherland

Harbin Institute of Technology, China Harbin Institute ofTechnology, China Heilongjiang Electric Power Company, China

Jixi Electric Power Bureau, China Shanghai Ultra-High PowerTransmission and Transformation Company, China Jixi Electric Power Bureau,China

Institute Polytechnic of Coimbra, Portugal InstitutePolytechnic of Coimbra, Portugal Porto University, Portugal

Chubu Electric Power Co., Japan Yuka IndustriesCo., Japan

Royal Institute of Technology (KTH), SwedenChalmers University of Technology, Sweden Chalmers University of

Technology, Sweden Chalmers University of Technology, SwedenChalmers University of Technology, Sweden

Royal Institute of Technology (KTH), SwedenChalmers Technical University, Sweden Chalmers Technical

University, Sweden Chalmers Technical University, SwedenChalmers Technical University, Sweden

Power System MaintenanceWilhelmus KlingEindhoven University of Technology, Netherlands


14:0

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563 Optimization of Maintenance for Power System Equipment Using a Predictive HealthModel

744 A Practical Example of Power Transformer Unit Winding Condition Assessment byMeans of Short-Circuit Impedance Measurement

Chair:Chalmers University of Technology Sweden


49 Evolution of the Marginal Based Remuneration of the Portuguese TransmissionCompany From 1998 To 2004

63 Impact of Load and Generation Price Uncertainties in Spot Prices

449 Electricity and CO2 Emissions System Prices Modeling and Optimization

578 Modelling of Prices Using the Volume in the Norwegian Regulating Power Market

580 Usage BasedAllocation forTransmission Costs under OpenAccess

623 Forecasting Electricity Prices in Spot Markets One Week HorizonApproach

685 Transmission Loss Allocation of Bilateral Contracts Using Load Flow PermutationsAverage Method

Gautam Bajracharya ( ), Tomasz Koltunowicz( ), Rudy R. Negenborn (

), Zoltan Papp ( ), DhiradjDjairam ( ), Bart De Schutter (

), Johan J. Smit ( )

Traian Chiulan ( ), Brândusa Pantelimon ()

Joao Tome Saraiva ( ), Helder Fernando Dantas( )

Bruno A. Gomes ( ), Joao T. Saraiva( ), Luis M. Neves (

)

Steffen Rebennack ( ), Niko A. Iliadis ( ), MarioV.F. Pereira ( ), Panos M. Pardalos (

)

Stefan Jaehnert ( ), HosseinFarahmand ( ), Gerard Doorman( )

Leonardo-Geo M nescu ( ), Denisa Rusinaru (), Paul D dulescu ( ), Valeria

Anghelina ( )

Andre F. Duarte ( ), Jose N. Fidalgo (), Joao T. Saraiva ( )

Vahid Rasouli Disfani ( ), Farzad Razavi( ), Babak Kashanizadeh (

), Shayan Dargahi ( )


Technology, Netherlands TNO Science and Industry, NetherlandsDelft University of Technology, Netherlands Delft University of

Technology, Netherlands Delft University of Technology, Netherlands

ICEMENERG, Bucharest, Romania University“Politehnica” of Bucharest, Romania

Universidade do Porto and INESC, PortugalUniversidade do Porto and INESC, Portugal

Universidade do Porto and INESC, PortugalUniversidade do Porto and INESC, Portugal Instituto Politécnico de Leiria,

Portugal

University of Florida, USA EnerCoRD, GreecePSR, Centro Empresarial Rio, Brazil University of Florida,

USA

Norwegian University of Science and Technology, NorwayNorwegian University of Science and Technology, Norway

Norwegian University of Science and Technology, Norway

University of Craiova, Romania University ofCraiova, Romania Romanian TSO Transelectrica SA., Romania

Romanian TSO Transelectrica SA., Romania

Efacec Engenharia S.A., Portugal Universidade do Porto,Portugal Universidade do Porto, Portugal

Department of Electricity Market Monitoring, IranTafresh University, Iran Department of Electricity Market

Monitoring, Iran Amirkabir University of Technology, Iran

LeAnh Tuan

ãã

Transmission system costs and pricing

,


Technical Program

Th

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Ju

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63

Chair:


112 Determination of the Discharge Current on Distribution Network's SurgeArresters

370 Flashover Performance of 380 kV V-Strings with Composite Insulators under Lightningand Switching Impulses

581 Analyzing and Comparing Thermal Models of Indoor and Outdoor Oil-Immersed PowerTransformers

708 Effect of Electrode Surface Roughness and Coating on theAC breakdown Voltage of SF6-N2 Gas Mixtures

754 Absorbent Water Battery Set Up in the Vat of Oil Transformers

819 APrediction Methodology of Electrical Tree Propagation in Solid Dielectrics

833 Determination of the Saturated Inductance of Transformers by Analytical Formulae,Comparison with an Electromagnetic Field CalculationApproach and Validation by On-site Tests

Chair:


64 A Decision Support Tool for Generation Expansion Planning in Competitive Marketsusing System Dynamics Models

68 Component-Based Development Applied to Energetic Operation Planning ofHydrothermal Power Systems

Credson de Salles ( ), Alessandra F. Picanco (), Hermes R.P.M. de Oliveira ( ), Manuel

L.B. Martinez ( )

Suat Ilhan ( ), Aydogan Ozdemir ()

Ali Mamizadeh ( ), Ires Iskender ( )

Hamidreza Sharifpanah ( ), AhmadGholami ( ), Sadegh Jamali (

)

Ioan Rusu ( )

Abd Elatief El-Zein ( ), Mahmoud M. El Bahy (), Mohammed Talaat ( )

Michel Rioual ( ), Yves Guillot ( ), Cyrille Crepy( )

Adelino J.C. Pereira ( l), Joao Tome Saraiva( )

RicardoA.L. Rabêlo ( ),AdrianoA.F.M. Carneiro (), Rosana T.V. Braga ( )

Federal University of Itajubá, Brazil FederalUniversity of Itajubá, Brazil AES Sul Utility, Brazil

Federal University of Itajubá, Brazil

Istanbul Technical University, Turkey Istanbul TechnicalUniversity, Turkey

Gazi University, Turkey Gazi University, Turkey

University of Science and Technology, Teheran, IranUniversity of Science and Technology, Teheran, Iran University of

Science and Technology, Teheran, Iran

SC Electrica Serv SA, Romania

Zagazig University, Egypt Sinai University,Egypt Zagazig University, Egypt

Wound Equipment Group, France EDF, FranceEDF, France

Polytechnic Institute of Coimbra, PortugaUniversidade do Porto and INESC, Portugal

University of São Paulo, Brazil University ofSão Paulo, Brazil University of São Paulo, Brazil

Power System Insulation

Generation Planning

Mircea Gu

Hans Puttgen

ºã,Technical University

,

“Gh.Asachi” of Iassy, Romania

Energy Center EPFL, Lausanne Switzerland



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71 Impact of Planning Uncertainties in Power Plant Operation Planning

288 GENCOs' Long-Term Expansion Model

328 Generation Expansion of a Hydro Producer by Constructing Pumped-Storage Plant

673 Risk-Based Strategies forWind/Pumped-Hydro Coordination under Electricity Markets

726 Dispatch of Head Dependent Hydro Units: Modeling for Optimal Generation inElectricity Market

Chair:


98 Introducing DER in Latvian Power System

128 Modeling Algorithms for Sags with Exponential Fronts and Other Types ofElectromagnetic Disturbances from Power Supply Network

161 A New Current Calibration Laboratory for Rogowski Coil used in Energy Systems andPower Electronics

215 Strategy Based PSO for Dynamic Control of UPFC to Enhance Power System Security

260 Power Network System Reliability and Methods of Calculation

277 Estimation of power system dominant modes

Gerd Hinüber ( ), Hans-Jurgen Haubrich ()

Daniel Hernández-González ( ), Guillermo Gutiérrez-Alcaraz ( )

Majid Hosseinpour ( ), Jalal S. Kazempour (), M.K. Sheikh-El-Eslami ( ), Fatemeh

AhangarianAbhari ( )

Franck Bourry ( ), Luýs M. Costa ( ), GeorgeKariniotakis ( )

Silvio J.P.S. Mariano ( ), Maria R.A. Calado (), LuisA.F.M. Ferreira ( )

Irina Oleinikova ( ), Anna Mutule (),Antans Sauhats ( )

Gabriel G p resc ( )

Andrei Marinescu ( ), Nicolae Paduraru (), Corneliu Chiciu ( )

Belkacem Mahdad ( ), Tarek Bouktir (), Kamel Srairi ( )

Antons Kutjuns ( ), Laila Zemite ()

Alessia Cagnano ( ), Enrico De Tuglie ( ),Francesco Torelli ( )

RWTH Aachen University, Germany RWTH AachenUniversity, Germany

Instituto Tecnológico de Morelia, MexicoInstituto Tecnológico de Morelia, Mexico

Tarbiat Modares University, Iran Tarbiat ModaresUniversity, Iran Tarbiat Modares University, Iran

Zanjan University, Iran

MINES ParisTech, France Areva T&D, FranceMINES ParisTech, France

University of Beira Interior, Portugal University ofBeira Interior, Portugal IST, Lisbon, Portugal

Institute of Physical Energetics, Latvia Institute of PhysicalEnergetics, Latvia Riga Technical University, Latvia

“Politehnica” University of Timisoara, Romania

ICMET Craiova, Romania ICMET Craiova,Romania ICMET Craiova, Romania

University of Biskra, Algeria Oum Elbouaghi University,Algeria University of Biskra, Algeria

Riga Technical University, Latvia Riga Technical University,Latvia

Politecnico di Bari, Italy Politecnico di Bari, ItalyPolitecnico di Bari, Italy

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Poster Session IIISergiu IliescuUniversity “Politehnica” of Bucharest, Romania


Technical Program

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302 The Modeling of a PEM Fuel Cell Supercapacitor Battery System in DynamicConditions

316 ANew Power System Fast Fault Diagnosis andAnalysisApproach based on WAMS

386 Optimal Investment of Distributed Generation in Restructured Power System

422 Optimal Load Shedding Planning with GeneticAlgorithm

482 Reliability evaluation of HV substations in the presence of Fault Current Limiter

527 Using Bayesian Network with RBF Learning for Fault Diagnosis on Power TransmissionLines

537 Impact of EDRPon Composite Reliability of Restructured Power Systems

605 Power System Stability Enhancement via STATCOM Supplementary Control Based onFuzzy Energy Function

631 Active Substation Design to Maximize DGIntegration

679 Risk Allocation for Efficient and Timely Transmission Investment Under Markets withHigh Demand Growth

790 Interconnection of Electrical Energy Storage Systems for Power Quality Improvement

Fabrizio Ciancetta ( ), Edoardo Fiorucci (), Antonio Ometto ( ), Nicola Rotondale (

)

Ziguan Zhou ( ), Xiaomin Bai (), Xiaojun Li (

), Zaihua Li ( ), Jing Xu ()

Mohammad M. Madarshahian ( ), Saeed Afsharnia (), Mohammad S. Ghazizadeh (

)

Chao-Rong Chen ( ), Wen-Ta Tsai (), Hua-Yi Chen (

), Ching-Ying Lee ( ),Chun-Ju Chen ( ), Hong-Wei Lan( , )

Iman Rahmati ( ), Mahmud Fotuhi-Firuzabad ( )

Amirhossein H. Aghakhani ( ), Hamed Nafisi( ), Mehrdad Abedi (

), Hossein Hosseinian ( ), M.B.Menhaj ( )

Rahmat Azami ( ), Amir H. Abbasi ( ),Jamal Shakeri ( ),Amir Faraji Fard ( )

Aliakbar A.Gharaveisi ( ), Ali Hakimi (), Seyed M.R. Rafiei ( )

Ander Goikoetxea ( ), Jon A. Barrena (), Miguel A. Rodriguez ( ),

GonzaloAbad ( )

Rodrigo Moreno ( ), Hugh Rudnick ()

Morris Brenna ( ), George C. Lazaroiu (), Rodica Rotaru ( ), Enrico Tironi

( )

University of L'Aquila, Italy University of L'Aquila,Italy University of L'Aquila, Italy University ofL'Aquila, Italy

China Electric Power Research Institute, China China ElectricPower Research Institute, China China Electric Power Research Institute,China China Electric Power Research Institute, China China ElectricPower Research Institute, China

Tehran University, Iran Tehran University,Iran Department of Electrical Engineering, Power and WaterUniversity of Technology, Iran

National Taipei University of Technology, Taiwan NationalTaipei University of Technology, Taiwan National Taipei University ofTechnology, Taiwan National Taipei University of Technology, Taiwan

National Taipei University of Technology, TaiwanDepartment of System Operation Taiwan Power Company, Taiwan

Privatization Bureau of Ministry of Energy of Iran, IranSharif University of Technology, Iran


Technology, Iran Amirkabir University of Technology, IranAmirkabir University of Technology, Iran

University of Tehran, Iran University of Tehran, IranUniversity of Tehran, Iran University of Tehran, Iran

Shahid Bahonar University of Kerman, Iran ShahidBahonar University of Kerman, Iran Politecnico di Torino, Italy

University of Mondragon, Spain University ofMondragon, Spain Ingeteam Transmission and Distribution, Spain

University of Mondragon, Spain

Systep, Chile Pontificia Universidad Catolica de Chile,Chile

Politecnico di Milano, Italy University “Politehnica”of Bucharest, Romania S.C. Metroul S.A., RomaniaPolitecnico di Milano, Italy

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817 Vulnerability of the Romanian PowerTransmission Grid

849 Control Real-Time Flowchart for Symmetrical Components of the Power Systems

851 On the nuclear power for sustainable development

Anatoli Paul Ulmeanu ( )

Sorina Costinas ( ), Carol Zoller (), Remus Dobra ( )

Eugeniu Potolea ( ), Mihai Sanduleac ()

University Politehnica of Bucharest, Romania

University “Politehnica” of Bucharest, Romania University ofPetrosani, Romania University of Petrosani, Romania

University “Politehnica” of Bucharest, Romania ECRO,Romania

Technical Program

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Conference Location

Bucharest is the capital city and industrial andcommercial centre of Romania. It is located in thesoutheast of the country and lies on the banks ofthe D mbovi a River.It is laden with historical charm from the streetsof the Old City Center, to the grand architecture ofthe Royal Palace and the lush green of CismigiuPark. In the period between the two World Wars,the city’s elegant architecture and thesophistication of its elite earned Bucharest thenickname or . Thecity also claims a large number of museums, artgalleries, exquisite Orthodox churches andunique architectural sites.

â þ

Paris of the East Little Paris

Conference Venue

Right in the historical and geographical center ofBucharest stands an impressive building thatstrikes the eye by its particular style. It is the

, a “giant”built during the “golden age”.The Guiness Book of World Records lists thebuilding in second place according to its 330,000sq.m. surface, that is after the Pentagon building.The Palace measures 270 m by 240 m, 86 m high,and 92 m under ground. It has 1,100 rooms, 2underground parking garages, with fouradditional underground levels currentlyavailable and in use, with another four indifferent stages of completion. The structurecombines elements and motifs from multiplesources, in an eclectic neoclassical architecturalstyle. The building is constructed entirely of rawmaterials coming from different regions ofRomania.

Palace of the Romanian Parliament

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Public Transportation

How to get to Parliament Palace

The passengers must have a valid ticket, season ticket or magnetic card beforeboarding. The passengers are obliged to validate the ticket without delay whenboarding the vehicle. The ticket is valid for a trip with only one bus, any transferimplies a new validation.

The passengers need oneRON

a pass for the underground network. The full cost of trip is1.25 and is deducted from the card whenever entering the metro network,regardless of the number of times a traveller changes the metro network in a giventime interval. The 10 trip card is the most cost-effective solution for the casualtraveller.

Bus, tramway, trolley

Subway

From the University Campus (Complex Regie)

From the Conference Hotels

By bus -

By subway -

Take the 601 Bus from “Politehnica” station (the corresponding station foropposite direction is “Complex Regie”) to “Pia a Rosetti” direction. Exit at “Pia aMihail Kog lniceanu” station (the 6th bus station). Take one of the streets on the right,cross the bridge over the “D ” river and walk through the “Izvor” Parktowards the Parliament Palace.

Take the subway from the “Groz ” station to “Republica” direction.Exit at the “Izvor” station (the 2nd subway station) and walk through the “Izvor” Parktowards the Parliament Palace.

Hotels JW Marriott, Parliament, Ibis Parliament and Central are at walking distanceform the Parliament Palace. From Hilton, Intercontinental and Novotel you may needto take a taxi.

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Single ticket on ALL URBAN ROUTES 1.30 RON1-Day Pass on ALL URBAN ROUTES 8 RON7-Day Pass on ALL URBAN ROUTES (nominal) 17 RON

2 - Trips Card 2.5 RON10 - Trips Card 8 RON1- Day Pass 5 RON

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The Conference Halls

“Alexandru Ioan Cuza” Hall

“Nicolae B ” Hall


ãlcescu


“Ion I.C. Br tianu” Hall


ã

Alexandru Ioan Cuza

Nicolae B lcescu

Nicolae Iorga

(1820-1873)

(1819-1852)

(1871-1940)

Romanian politician who ruledas the first of theUni ted Pr inc ipa l i t ies ofWallachia and Moldaviabetween 1859 and 1866.

Romanian Wallachian soldier,historian, journalist, and leaderof the 1848 WallachianRevolution.

Romanian writer and politicalleader. He took part in the 1848Wallachian Revolution and hewas appointed Minister in theProvisional Government.

Romanian politician, leader ofthe National Liberal Party,Prime Minister of Romania forfive terms, and Foreign Ministeron several occasions.

Human Rights Hall

Romanian historian, universityprofessor, literary critic,memorialist, playwright, poet,and politician. He served as amember of Parliament, asPresident of the post-World WarI National Assembly, asminister, and (1931-1932) asPrime Minister.

Domnitor

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ConstantinA. Rosetti

Ion I. C. Br tianu

(1816-1885)

(1864-1927)ã

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General Information

Level S

Libert Blvd.ãþii

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C.A. Rosetti Hall

- stairs

Level P

- stairs

Level P1

- stairs

C1 Entrance

2 13

4

1 - Nicolae Iorga2 - Nicolae Balcescu

3 - Drepturile Omului4 - Ion I.C. Bratianu

Al. I. Cuza

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Author’s Information

“Basil Papadias” Best Student PaperAward

Official Language

Authors will have approximately plus some minutesfor discussion. Shorter presentations are warmly encouraged in order to leave moretime for discussion. Authors are kindly recommended to be present in the technicalsession hall where their presentation is scheduled

, in order to receive additional information from the session chair. If thebiography of the presenting author is not provided in the paper, please prepare one andgive it to the session chair before the beginning of the session.Each technical session hall is equipped with a video-beam projector and a computerwith Microsoft PowerPoint/Word and Adobe Reader software installed. Authorsshould care to bring with them the final version of their presentation on a CD-ROM ora USB memory stick. Also, the

on the computer present in the session hall where their presentation isscheduled (the software version might not be the same).

A 200 cm high and 100 cm wide Poster Boards will be available for each poster paperin the I.C. Br

’ names and affiliation, succinctpresentation of the paper contents and conclusions. Please try to make your posterattractive, persuasive and use efficiently the poster space.Each Poster Session will be conducted by a chairman. The authors are invited to placetheir poster between 8:00 and 9:00 on the presentation day, and to be present near theirposter during the Poster Session from 9:00 to 11:00 in order to explain their work andanswer questions from audience.

The Local Organizing Committee and the IEEE-PES Greece Chapter are sponsoringthe “Basil Papadias” Best Student Paper Award, named after founder of thePowerTech Series. The award will be presented during the Closing Ceremony onThursday afternoon.

English is the official language of the conference.

12 minutes for the presentation

15 minutes before the beginning ofthe session

authors have to check the consistency of theirpresentation

ãtianu Hall. The authors are kindly adviced to prepare a 120 cm high by80 cm wide poster. This should include the authors

Oral Presentation

Poster Presentation

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Conference Registration

In order to participate at the 2009 IEEE Bucharest PowerTech activities, one mustregister with the Conference, collect the conference materials and a name badge.The name badge will serve as access pass for all Conference locations and must beworn during all Technical Sessions, Coffee Breaks, Lunches and Social Events.Due to security constraints imposed by the Parliament Palace and Snagov Palace,participants or accompanying persons without official name badges might not beadmitted to the Conference activities.If the official name badge is lost the participant or the accompanying person shouldget it touch with the Conference Desk.Apermanent Conference Registration Center is located close to the C1 Entrance Hall.

Monday June 29 08:00 – 18:00Tuesday June 30 08:00 – 18:00Wednesday July 1 08:00 – 18:00Thursday July 2 08:00 – 12:00

Registration Fees

Conference registration fee includes

Accompanying persons fee includes

: access to Technical Sessions, WelcomeReception, Opening Ceremony, Gala Dinner, Lunches, Coffee Breaks and theConference Bag (with a copy of the CD-ROM Proceedings, Conference Program andothers useful materials).

: access to Welcome Reception and GalaDinner, as well as a bag with useful materials.

Additional Options

Extra Proceedings (CD-ROM) 20 EUR / 27 USD

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General Information

Early Bird Rates

On or before:28 May 2009

Regular/ on-site

After:28 May 2009

IEEE Members 425 EUR / 583 USD 525 EUR / 720 USDNon - Members 475 EUR / 651 USD 575 EUR / 788 USD

IEEE Life Members 50 EUR / 69 USD 75 EUR / 103 USDStudents 200 EUR / 274 USD 200 EUR / 274 USD

Accompanying persons 100 EUR / 137 USD 125 EUR / 172 USD

IEEE Region 8 Chapter Chairs Meeting

Internet Point

Lunches and Social Events

Payment, Currency, Exchange, Credit Cards

Shopping Hours

Electricity Supply

Weather

The Chapter Chairs Meeting will be held on Sunday, June 28, from 9:00 to 16:00 at theUniversity “Politehnica” of Bucharest, in the Senate Hall.

Asmall internet point will be available close to the “Nicolae B ” Hall.

The official currency in Romania is Romanian Leu (or RON). Exchange facilities areoffered to the participants at airports, train stations, in hotels and at the exchangesdesks of banks (most of them are open from 8:30 to 16:30).

Participants are advised to exchange money only atthe exchange desk of banks, if possible. Bank offices are also available inside theParliament Palace.

Most shops are open from 09:00 to 20:00 (SuperMarkets up to 22:00).Fruit and vegetable markets are open all week days in special locations.

In Romania, electricity supply is 230V, 50Hz. The 2-pin connecting plug is differentthan the ones used in some other countries e.g. USA, UK, Japan, etc.

Summers are generally very warm to hot, with summer (June to August) averagemaximum temperatures in Bucharest being around 28°C (82°F), but temperaturesover 35°C (95°F) are fairly common during this period of the year. Minima inBucharest are around 16 °C (61°F). Precipitation is average, with over 600 mm (24 in)per year in the part of the country around Bucharest. During summer, long periodswith very high temperatures are followed by short heavy rains associated with highspeed wind, lightning and sometimes hail.

ãlcescu

Please pay attention to thetaxes when exchanging money.

Colored lunch vouchers and Gala Dinner Invitations are included in the ConferenceKit. The lunches are served in the restaurant of the Parliament Palace. The GalaDinner Invitation and the name badge are both required for access in the SnagovPalace.

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Tourist Tours

The is one of the world mostinteresting ethnographical parks in open air. Founded in1936 by Dimitrie Gusti, this museum illustrates theperpetual spring of surprising originality. The house andhouseholding samples gathered from all regions of thecountry are exhibited according to ethnographical areas.The permanent exhibition of the museum, set out on a2.5 acres ground, includes dwelling houses and annexconstructions (stables, barns and storehouses, summerkitchens and granaries, stalls and hen coops), gates witharchways, wells, crosses and wooden and stone roadsidecrucifixes, old wooden churches with pointed cupolas,artisan workshops and installations with popularindustrial mechanisms, thus illustrating theachievements of the Romanian people in the fields ofpopular architecture and decorative art, as well as itstechnical-artisan’s ingenuity.The tour includes also the Parliament Palace and theNational Museum ofArt of Romania (the Royal Palace).

No other place in the world holds, as Bucovina does,such a highly developed organic painting system;nowhere else in the whole world are there to be foundfrescoes on both the interior and the exterior sides of thewalls of churches which are drawn together within anarea so small as if it were an open air museum.Moreover, no other place exhibits frescoes preserved sowell as the monasteries, which lie at the foot ofBucovinan hillocks. The aesthetic value of thosepaintings goes well beyond their iconographic, culturaland historic significance, as they can undeniably beranged among the greatest Byzantine or Renaissanceworks of art.

Village Museum

In acknowledgement of their uniqueness themonasteries in Bucovina are now UNESCOprotected cultural sites. In 1975, the InternationalFederation of Writers and Journalists Specialized onTourism have awarded Bucovina monasteries withthe prestigious .Pomme d’Or

The accompanying persons and participants aside from the conference socialactivities and technical program could take advantage of their visit to Romania andenjoy the cultural, sightseeing and shopping opportunities. For this the following toursare available. For more information and registrations for excursions please checkwith the registration desk.

Bucharest Tour

Romanian monasteries

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Prahova Valley

Danube Delta

Sinaia

Pele Castle

Bran Castle

Bra ov City.

– the – a resortsituated at 125 km from Bucharest happilycombines the values of a mountain and wintersports resort with the natural factors that are at theservice of the human health and recovery.The is one of the most importantmuseums, which combine various architecturalstyles, notably elements of the German and gothicRenaissance. It represents invaluable collectionsof art and furniture. Pele Castle was the finalresting place for several Romanian monarchsincluding King Carol I, King Ferdinand and QueenMaria.

is a spectacular, medieval fortress,including a tentative connection with Price VladTepes (Vlad the Impaler – the origin of Dracula).The trip ends with the visit of

The Danube Delta, a buffering interface betweenthe Danube river catchments (805, 300 sq. km) andthe Western Black Sea (5,165 sq. km) is a uniqueplace not only in Europe, but also among otherdeltaic ecosystems due to its high biodiversity, toits renewable natural resources and to its beautifulscenery doubled by its cultural sites remnants andworth. The Danube Delta is a large scientificlaboratory for a whole range of research-workersand explorers, whether ecologists, biologists,botanists, zoologists, ornithologists, geologists,geographers etc. as it is singles out by being: theyoungest land in Europe (it grows larger by 40 m ofland every year); the second largest delta in Europe(Volga is the first) and the 23rd in the world; a placewhere globally endangered and therefore rarespecies of birds are to be found, like Dalmatianpelicans, pygmy cormorants, red-breasted geese,or the Pelecanus crispus, the Pelecanus onocratslus, white Egretta, Egretta garzeta; azone of fisheries covering some 90 species of fresh, brackish and salt water fishes,either sedentary or migratory, among which rare species like the Acipenseriadae; oneof the fewest places in the world which shelter mammals like Mustella lutreola andthe otter (Lutra lutra).

Pearl of the Carpathians

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