smart grid : secure and sustainable energy

TRIPURA UNIVERSITY

(A CENTRAL UNIVERSITY)

Global Initiative on Academic Network

Smart Grid : Secure and Sustainable Energy

16th - 25th September 2016

SMART GRID: SECURE AND SUSTAINABLE ENERGY

MHRD Scheme on Global Initiative on Academic Network (GIAN)

Foreign Expert Speaker: Dr. Vidyasagar Potdar, Curtin University, Australia

Venue: Department of Electrical Engineering, Academic Building 9, Tripura University

Dates: 16th

September – 25th

September, 2016,

Closing of Application process: 01-09-2016

Overview

Electricity costs are predicted to skyrocket in the coming years and it’s expected to double over the

next 5 years due to challenges in resources development and climate change, and this is a worldwide

issue.

Smart Grid achieves bidirectional energy and information flow between the energy user and the utility

grid, allowing energy users to generate energy and share with the utility grid or with other energy

consumers. “Prosumer” is the energy user who consumes as well as generates energy and they form a

“Prosumer Community Smart Grid”. The key objective of a Prosumer community smart grid is to be

self-sufficient and sustainable and to share the excess energy amongst the community first and then

auction the rest to the utility grid.

This course introduces the basic concepts in the area of Smart Grid and later discusses Cyber Security

of Smart Grid in details.

Objectives:

There are a number of research issues and challenges that need to be addressed to implement

and realize the community smart grid vision. These are

Introduction of Smart Grid,

Identifying and attracting more dynamic prosumers to the community

Motivating new Prosumer to join the community

Keeping sustainable growth in Prosumer base

Understanding and optimizing energy generation, consumption and sharing patterns

Understanding and managing negative or selfish behaviours in a community

Securing the community grid from cyber-attacks

Providing a trusted environment for the community to operate

Innovative sensor technology design and development

Risk assessment, management and mitigation

Ensure network availability and integrity

Load modelling and prediction under different weather conditions

This tutorial will discuss these issues and outline how these issues can be addressed.

Specifically this tutorial will cover the following:

1. Introduction to the Prosumer Community Framework of Smart Grids for Community

Formation, Community Growth and Community Management using crowd-sourcing and

crowd-sensing approach to ensure long term and sustainable community participation in

the energy generation process.

2. Introduction and interplay between Smart Grids, Wireless Sensor Networks and Cyber-P

Systems infrastructure for efficiently capturing high quality sensor data for

communication, network monitoring (i.e. load prediction, load balancing) and network

visualization.

3. Introduction to smart grid communication protocols for load modelling and prediction,

heterogeneous communication across different sensors, optimal service and resource

discovery, price forecasting, incentive schemes for Prosumer motivation and participation,

trust and risk management

4. Introduction to cyber-security infrastructure within the smart grid community to protect the

critical energy infrastructure against malicious network attacks and anomalies.

Course details

Module A : Smart Grid

Module A : Smart Grid

Day Date Lecture Topic Day 1

16th September 2016 ,Friday

Lecture 1 9:30 to 10:30 AM 1 hour

Introduction of Smart Grid Definition Differences with traditional grid Smart Grid Drivers Main Actors World Scenerio India Scenerio Legislations Applications

Lecture 2 10:45A.M. to 12:15 PM 1:30 hrs

Introduction of Smart Grid Electricity Systems Smart Grid Technologies Smart Grid Benefits Government & Industry Initiatives Standardization

Major Players Smart Grid Policy

Tutorial 1 2:00 to 5 PM

Case study & problem solving session with examples Research exercise and documentation

Day 2

17th September 2016 , Saturday

Lecture 3 : 9:30 to 10:30 AM

Smart Grid Infrastructure – Energy

Power Generation Transmission Distribution Micro-grids Grid to Vehicle Vehicle to Grid Current state of research and future research directions

Lecture 4: 10:45A.M. to 12:15 PM

Smart Grid Information Management

Smart Metering, Monitoring &

Measurement

Sensors, Phasor measurement unit

Quality of Information

Information Management

Data Modelling & Data Analytics

Integration & Optimization

Cloud computing

Current state of research and future

research directions

Tutorial 2. 2:00 to 5 PM

Case study & problem solving session

with examples

Research exercise and documentation

Day 3

18th September 2016 , Sunday

Lecture 5 : 9:30 to 10:30 AM

Smart Grid Communication Wired vs. Wireless Technologies including

Wireless Mesh Network, Cellular

Communication, Cognitive Radio, IEEE

802.15, Satellite Communication,

Microwave, Fibre Optics, Power line etc.


Smart Grid Communication Advanced Metering Infrastructure Two-way Communications Network Architectures IP-based Systems Interoperability of communication technologies Dynamics of the communication subsystem Protocol updates Network visualization Heterogeneous communication Current state of research and future research directions



Day 4 19th September 2016 , Monday

Lecture 7: 9:30 to 10:30 AM

Smart Grid Management Objectives Energy Efficiency & Demand Profile Energy Loss Minimization Demand Profile Shaping Utility, Cost & Price Emissions


Smart Grid Management Approaches Optimization (convex programming, stochastic, PSO, robust programming) Machine Learning Game Theory Auction Current state of research and future research directions



Day 5 20th September 2016 , Tuesday

Lecture 9 : 9:30 to 10:30 AM

Smart Grid Demand Response(DR) Definition & Applications Potential Benefits Pricing and Energy Consumption Scheduling Smart technologies for DR

Demand challenges Control devices for DR

Lecture 10: 10:45A.M. to 12:15 PM

Smart Grid Demand Response(DR) Classification of DR programs Types of DR programs Monitoring systems (Smart meters, AMI, Energy management/information systems) Controllable Load Models Resource discovery Price forecasting Load prediction and balancing Electric Vehicles Vehicle-to-Grid Systems Demand Side Ancillary Services Current state of research and future research directions

Tutorial 5: 2:00 to 5 PM


Module: B Cyber Security, Risk & Trust

Day 6 21st September 2016 , Wednessday

9:30 to 10:30 AM

Examination on Module A

Lecture 11: 10:45A.M. to 11:45 AM

Smart Grid Prosumer Community Groups Prosumer Community Framework Community Formation Community Growth Community Management Sustainable community participation

Lecture 12: 12 to 1 P.M.

Smart Grid Prosumer Community Groups Identifying and attracting more dynamic prosumers to the community Motivating new Prosumer to join the community Keeping sustainable growth in Prosumer base Understanding and managing negative or selfish behaviours in a community Current state of research and future research directions



Day 7 22nd September 2016 , Thrusday

Lecture 13 : 9:30 to 10:30 AM

Cyber Security Challenges in Smart Grid Security System Model Cyber-security requirements Attack model Attack entry points Attack types Generation control & security Transmission control & security Distribution control & security

Lecture 14: 10:45A.M. to 12:15 PM

Cyber Security Challenges in Smart Grid Malicious network attacks and anomalies Cyber consequences due to attack Physical consequences due to attack Countermeasures Secure communication architecture Defence against attacks Defense mechanisms Privacy challenges Current state of research and future research directions


Case study & problem solving session with examples

Research exercise and documentation

Day 8 23rd September 2016, Friday

Lecture 15 : 9:30 to 10:30 AM

Smart Grid Protection System Failure prediction & prevention Failure identification, diagnosis & recovery Failure localization

Lecture 16: 10:45A.M. to 12:15 PM

Self-healing grid Data recovery from Smart Meters Failure processing methodology



Day 9 24th September 2016 , Saturday

Lecture 17 : 9:30 to 10:30 AM

Privacy Challenges in Smart Grid Overview of Privacy

Privacy Challenges

Smart Meter Data Privacy

Privacy friendly aggregation

Privacy preserving smart metering

Protocols & Algorithms for Privacy

Lecture 18: 10:45A.M. to 12:15 PM

Data size and temporal granularities Diversity of data sources Data aggregation and transformation Data access



Day 10 25th September 2016 , Sunday

Lecture 19 : 9:30 to 10:30 AM

RISK & TRUST ASSESSMENT AND

MANAGEMENT

Lecture 20: 10:45A.M. to 12:15 PM

Risk mitigation

Tutorial 10. 2:00 to 3:00 PM


3:00 PM to 5:00PM

Examination on Module B for the Participants and Certification

Teaching Faculty Dr. Vidyasagar Potdar Dr. Vidyasagar Potdar is a Senior Research Fellow at Curtin University, Australia. His key areas of

research include Smart Grids, Cyber Physical Systems and Information Security.

He has published more than 125 scientific research publications in journals and conferences. His

research has been widely cited, so far he has 1345 citations and his h-index is 19 and i10 index is 41.

He has attracted more than one million dollars in research funding in the areas of smart grids and

sustainable development.

He regularly reviews articles for top international journals including IEEE Transactions on Industrial

Electronics, IEEE Transactions on Information Security and Forensics, IEEE Transactions on Industrial

Informatics, Journal of Systems and Software. He is also a guest editor for IEEE Transactions on

Industrial Electronics and IEEE Transactions on Industrial Informatics.

He has organized more than 25 international workshops at IEEE and ACM conferences worldwide and

was the General Chair for CEAS 2011, CUBE 2012 & CUBE 2013. He has more than 10 years of full

time research experience and in this period he was involved in the management of a Multi-Disciplinary

Research Institute at Curtin University, where he took the responsibility of research commercialization,

research mentoring, business development and research student recruitment.

Who can attend?

Executives, engineers and researchers from, service and government organizations

including R&D laboratories and Power Corporations.

Students at all levels (MSc/M.Tech/PhD) or Faculty from reputed academic institutions

and technical institutions.

Registration Fees

Participants from abroad: US $500

Industry/ Research Organizations:

Any of two modules: Rs. 3000/- All modules: Rs. 5000/-

Academic Institutions:

All modules:

Course fee for non students: Rs. 3000/-

Course fee for students: Rs. 2000/-

The above fees include all instructional materials, computer use for tutorials and

assignments, laboratory equipment usage charges. The individual course participants will have

to borne the charges for their food, transport and accommodation separately. The external

participants will be provided accommodation on payment basis. Course Coordinators

Dr. Champa Nandi, Assistant Professor

Principal Coordinator

Department of Electrical Engineering, Tripura University (A Central University)

Tripura

Tel: +91 3812379244 (O),

+91 946502334

Email: [email protected]

mailto:[email protected]


Overview

Electricity costs are predicted to skyrocket in the coming years and it’s expected to double over the next 5 years due

to challenges in resources development and climate change, and this is a worldwide issue.

Smart Grid achieves bidirectional energy and information flow between the energy user and the utility grid,

allowing energy users to generate energy and share with the utility grid or with other energy consumers.

“Prosumer” is the energy user who consumes as well as generates energy and they form a “Prosumer Community

Smart Grid”. The key objective of a Prosumer community smart grid is to be self-sufficient and sustainable and to

share the excess energy amongst the community first and then auction the rest to the utility grid.

Modules Module A : Smart Grid

Module B : Cyber Security

16th September – 20th September

2016

21st September – 25th September

2016

Number of participants for the course will be limited to fifty.

You Should • Executives, engineers and researchers from, service and government

organizations including R&D laboratories and Power Corporations

Attend If… Organizations including R&D laboratories.

• Students at all levels (MSc/M.Tech/PhD) or Faculty from reputed academic

institutions and technical institutions.

Academic institutions and technical institutions.

Fees The participation fees for taking the course is as follows:

Participants from abroad : US $500

Non-students (i.e. academic, industry participants etc.): Rs. 3000/-.


Any of two modules : Rs. 3000/- , All modules : Rs. 5000/-

Students: Rs. 2000/-

The above fee include all instructional materials, computer use for tutorials and

assignments,

Laboratory equipment usage charges, 24 hr free internet facility. The participants will be

provided

with accommodation on payment basis. The individual course participants will have to

borne the

Charges for their food transport separately.

The Faculty

Course Co-ordinator

..........................................................................

http://www.gian.iitkgp.ac.in/GREGN/index

Dr. Champa Nandi, Assistant Professor

Department of Electrical Engineering,

Tripura University

(A Central University)

Tripura

Tel: +91 3812379244 (O),

+91 946502334

Email: [email protected]

Dr. Vidyasagar Potdar is a

Senior Research Fellow at Curtin

University, Australia. His key

areas of research include Smart

Grids, Cyber Physical Systems

and Information Security. He has

attracted more than one million

dollars in research funding in the

areas of smart grids and

sustainable development.


mailto:[email protected]

REGISTRATION CUM ACCOMODATION REQUEST FORM

(To reach electronically by 1st

September, 2016 and hard copy by 5th

September, 2016)


16th

September 2016 to 25th

September 2016

Department of EE, Tripura University, Suryamaninagar 799022 Name (Block Letters):………………………………………………….................. M/F:…………….

Designation/Professional Title:

….……………………………………………………………………………

Organization:………………………………………………………………………

Address:……………………………………………………………………………………………………

………………………………

……………………………………………………………...……………………………………………

…………………………………… ……………………………………………………………

Tel.: ……………………………….. Mobile: ………………………………………

Email: ………………………………………………………………………………

Application Id (Generate during One time registration at GIAN portal of IIT Kgp):

………………………………………………………………………………………

Accomodation Required @ Rs. 1200.00/day (Yes/No) : …………………………

Duration (in dd/mm/yy): ...........................................

The registration fee of Rs. ……………………………………………………has been paid via Demand Draft No…………………………………………..in favour of “Registrar, Tripura University” payable at SBI, T.U. Campus branch. Demand Draft has been enclosed herewith.

Date: Signature

Registration Process Step 1: One time Registration

Registration for GIAN courses is not free because of constraint in the maximum number of participants

allowed to register for a course. In order to register for any course, candidate will have to first get them

registered to GIAN Portal of IIT Kharagpur using the following steps: 1. Create login and password at http://www.gian.iitkgp.ac.in/GREGN/index 2. Login and complete the registration form.

3. Select courses 4. Confirm your application and payment information.

5. Pay Rs. 500/- (non-refundable) through online payment gateway. 6. Download and print “pdf file” of your enrolment application form for your personal records and

for further communications. Step 2: Institute Registration 1. Institute registration process is an offline process. Interested candidates are requested to download

the Registration Form. 2. Course Fee: Participants from abroad: US $500


Any of two modules: Rs. 3000/- All modules : Rs. 5000/-

Academic Institutions:

All modules:

Course fee for non students: Rs. 3000/-

Course fee for students: Rs. 2000/-

3. The Registration fee has to be paid via Demand Draft, in favour of “Registrar, Tripura

University” payable at SBI, Tripura University branch.

4. Scan copy of the filled in “Registration Form” along with scan copy of “Demand Draft” and Application form generated in Step 1 must be sent via email to the Programme Coordinator on or

before 1st

September 2016. Hard copy of the above- mentioned documents must reach to the

Programme Coordinator on or before 5th

September 2016.


smart grid : secure and sustainable energy

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