Power Affiliates Program Highlights

Pete Sauer

2012 Affiliates

Ameren G&W Electric Bitrode MidAmerican CWLP PowerWorld Continental Automotive S&C Electric EMCWA Sargent & Lundy Exelon SolarBridge Flanders Electric

Finances Income Income carried over from the calendar year 2010 $55,948 Total income during calendar year 2011 $60,144 Total available income during calendar year 2011 $116,092

Expenditures Personnel and Services $32,092 Materials/Supplies/Equipment $ 7,225 Transportation/Travel $ 3,991 Total expenditures $43,308

Balance as of December 31, 2011 Funds carried over into calendar year 2012 $72,784

• Biomedical Imaging, Bioengineering and Acoustics • Circuits and Signal Processing • Communications and Control • Computer Engineering • Electromagnetics, Optics and Remote Sensing • Microelectronics and Photonics • Nanotechnology • Power and Energy Systems

Department of Electrical and Computer Engineering

• Power Systems • Power Electronics • Machines

Power and Energy Systems Area

• Analysis • Design • Modeling • Simulation • Economics • Optimization • Reliability • Testing • Tech transfer

• Teaching • Research • Service

• A. Dominguez-Garcia (Reliability Theory and Control of Power Systems and Power Electronics)

• G. Gross (System Economics, Planning and Regulatory Policy)

• K. Colravy (Laboratory and Area Support)

• P. T. Krein (Power Electronics, Machines, Distributed Energy)

• T. J. Overbye (Power System Analysis, Simulation and Visualization)

• M. A. Pai (Dynamics, Stability and Computational Methods)

• R. C. N. Pilawa-Podgurski (Power Electronics, Renewable Energy, Integrated Circuits)

• P. W. Sauer (Power System Dynamic Modeling and Simulation)

• 50 graduate students

• About 60 B.S. graduates in power and energy area each year

Power and Energy Systems Area

• Robert C. N. Pilawa-Podgurski

• Sweden - MIT PhD – June 2011

• + Brooke + 2

Announcing

• ECE 307 Techniques for Engineering Decisions • ECE 333 Green Electric Energy • ECE 430 Power Circuits and Electromechanics • ECE 431 Electric Machinery • ECE 432 Advanced Electric Machinery • ECE 464 Power Electronics • ECE 469 Power Electronics Laboratory • ECE 476 Power System Analysis • ENG 491 Special Topics - Solar Decathlon

Courses

• ECE 530 Analysis Techniques for Large-Scale Systems • ECE 568 Modeling and Control of Electromechanics • ECE 573 Power Systems Operation and Control • ECE 576 Power System Dynamics and Stability • ECE 588 Electricity Resource Planning • ECE 590 Power and Energy Systems Area Seminar • ECE 598 Special Topics: - Power Electronic Drives and Systems - Hybrid Systems Analysis of System Dynamics - Issues in Competitive Electricity Markets - Advanced Topics in Power Electronics - Dynamic System Reliability

Courses

POWER AND ENERGY SYSTEM AREA GRADUATES

1950-1970 Annual Ave 1970-1980 Annual Ave B.S.E.E. 25 B.S.E.E. 44 M.S.E.E. 3 M.S.E.E. 7 1980-1990 Annual Ave 1990-2000 Annual Ave B.S.E.E. 32 B.S.E.E. 37 M.S.E.E. 5 M.S.E.E. 7 Ph.D. 2 Ph.D. 2 2000-2010 Annual Ave 2011-2012 Annual Ave B.S.E.E. 45 B.S.E.E. 55 M.S.E.E. 9 M.S.E.E. 12 Ph.D. 4 Ph.D. 6

Infrastructure • Extensive research facilities • Unique instructional labs

ACTIVITIES Workshops (Attending and hosting) Review Panels CIGRE Meetings IEEE Organizational Meetings PSERC IAB and EC meetings NSF, DOD, DOE, GCEP project meetings Solar Decathlon meetings

IEEE Power Electronics Specialists Conf. IEEE Industrial Applications Society Meetings International Electric Machines and Drives Conf. Applied Power Electronics Conf. IEEE Power Engineering Society General Meeting Power System Computational Conference

Engineering Open House – 1,000 visitors ECE 431 class trip EMCWA - Conference and Exposition North American Power Symposium (+ students) Presented 15-20 internal seminars on campus Hosted 15-20 guest speakers for seminars on campus

• Grainger Endowments • PSERC • National Science Foundation • U. S. Department of Energy • U. S. Department of Homeland Security • U. S. Office of Naval Research • Stanford University

Funding by other sources (The Power Affiliates Program funding was leveraged more than 25 to 1)

Arizona State Cornell Illinois Georgia Tech Wisconsin Iowa State Berkeley Texas A&M Washington State Howard Carnegie Mellon Wichita St. Colorado School of Mines POWER SYSTEMS ENGINEERING RESEARCH CENTER BEGAN AS A NATIONAL SCIENCE FOUNDATION (NSF) INDUSTRY/UNIVERSTIY COOPERATIVE RESEARCH CENTER (I/UCRC)

PSERC companies • ABB • American Electric Power • American Transmission Company • ALSTOM Grid • Arizona Public Service • Bonneville Power Administration • British Columbia Hydro • California ISO • CenterPoint Energy • Cisco Systems • Duke Energy • Entergy

PSERC companies • EPRI • Exelon • First Energy • GE Energy • Institut de Recherche d'Hydro-Quebec (IREQ) • ISO - New England • Lawrence Livermore National Lab • Midwest Independent System Operator • National Renewable Energy Laboratory (NREL) • National Rural Electric Coop Association • New York ISO • New York Power Authority • Pacific Gas and Electric

PSERC companies • PJM Interconnection • PowerWorld Corp. • RTE-France • Salt River Project • San Diego Gas and Electric • Southern California Edison • Southern Company • Southwest Power Pool • Tennessee Valley Authority • Tri-State Generation and Transmission • U.S. Department of Energy • Western Area Power Administration

Research Stem Areas

Markets T&D Technologies

Systems

www.pserc.wisc.edu

• Wide-area power system visualization

• Integration of pluggable hybrid

electric vehicles into the electric grid

• Application of PMU data to increase situational awareness

• The power grid and climate change (we are also participating on a NERC task force on climate change)

Example Illinois Power System Projects:

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Example Illinois Power System Projects:

• Improved transient stability design • Distribution system optimization

• Trustworthy cyber infrastructure

for the power grid including the Smart Grid

• Enhanced integration of wind energy into the power grid (with an NSF ERC in preparation)

• Better methods of long-range power system planning

Consortium for Electric Reliability Technology Solutions (CERTS)

DOE - $5M line item

• Lawrence Berkeley National Lab • Electric Power Group • PSERC • Sandia, Oak Ridge National Labs • Pacific Northwest National Lab

CERTS is a research provider to DOE in the area of power system reliability.

• Reliability Technology Issues • Real -Time System Control • Reliability and Markets

The Future Grid to Enable Sustainable Energy Systems – DOE - $6M over 3 years

• Electric energy challenges • Control and protection • Renewable integration and impact of CO2 reg. • Workforce development • Computational challenges • Engineering resilient cyber-physical systems • Broader analysis – information and operating

standards

Trustworthy Cyber Infrastructure for the Power Grid (TCIPG)

• Extension of the NSF TCIP project • $19 M over 5 years from DOE and DHS • 4 universities, 20 senior investigators

– University of Illinois at Urbana-Champaign (14) – Washington State University (3) – Cal-Davis (1) and Cornell (1) – Dartmouth University (1)

• Industry Interaction Board (300) • Director is Professor Bill Sanders at UIUC • http://tcipg.org/

Four Technical Areas 1. Wide-area monitoring and control 2. Local area management, monitoring and Control 3. Responding to and managing cyber events 4. Risk and security assessment

Three cross-cutting areas

1. Test bed – simulation and hardware 2. Industry interaction and technology transfer 3. Education and workforce development

Grainger Center for Electric Machinery and Electromechanics

The Grainger CEME • The Grainger Center for Electric Machine and Electromechanics

(CEME) supports design and technology advances in electric machines, and advanced energy work.

• This University of Illinois program is the largest endowment of its type. Significant fund leveraging.

• Collaborations with materials science, control, electromagnetics, chemical engineering, …

• The Grainger CEME leads a national collaborative network for machines research:

– Berkeley – Georgia Tech – MIT – Oregon State – Ohio State – Purdue – Wisconsin

Highlights • Machine design and system interfaces. • Distributed generation and

controls for dispersed energy. • Future-oriented energy

conversion efforts – disruptive energy innovations and student projects on energy.

• High-performance power conversion.

Advanced Power Devices • Collaborating with material scientists for power-

on-chip integrated circuits – High performance gallium-nitride based

semiconductors – Miniaturized filter components

Metal

System-Level Machine Applications • Machines with integrated magnetics. • Machines for reciprocating generation.