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TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY

TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY. Mohammad Shahidehpour Center for Electric Power and Power Electronics Illinois Institute of Technology Chicago, Illinois 60616 ms@iit.edu. EDUCATION OF RESTRUCTURING

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TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY

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  1. TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY Mohammad Shahidehpour Center for Electric Power and Power Electronics Illinois Institute of Technology Chicago, Illinois 60616 ms@iit.edu

  2. EDUCATION OF RESTRUCTURING • With the advent of electricity restructuring, the ECE Department at IIT has embarked on offering a series of courses on electricity restructuring. • Furthermore, the Department has created a new masters degree program called “Master of Electricity Markets (MEM)” which is a joint program with the Stuart School of Business at IIT.

  3. EACH UTILITY: • Controls and owns all or most of generation, transmission and distribution facilities within its geographical region. • Exercises a monopoly on selling electric power to customers within its geographic region. • Is obligated to sell and meet the needs of electric power to its customers. • Is either publicly owned and not operated for profit, or has rates (prices) that are set by regulatory organizations. Vertically Integrated Utilities

  4. Restructured Power Industry

  5. CURRENT DEGREE PROGRAMS: Doctor of Philosophy in Electrical Engineering Master of Science in Electrical Engineering (MSEE) Master of Electrical and Computer Engineering (MECE) Master of Electricity Markets Certificate Programs

  6. EXISTING POWER ENGINEERING COURSES Traditionally, the following courses have been available to ECE students with an interest in electric power engineering at IIT: ·ECE 319: Fundamentals of Power Engineering ·ECE 411: Power Electronics ·ECE 412: Electric Motor Drives ·ECE 419: Power Systems Analysis ·ECE 420: Analytical Methods in Power Systems ·ECE 540: Reliability Theory and System Implementation ·ECE 551: Advanced Power Electronic Converters ·ECE 552: Adjustable Speed Drives ·ECE 553: Power System Planning ·ECE 554: Power Systems Relaying ·ECE 557: Fault-Tolerant Power Systems ·ECE 558: Power System Reliability ·ECE 559: High Voltage Power Transmission ·ECE 560: Power Systems Dynamics and Stability ·ECE 563: Computational Intelligence in Engineering ·ECE 564: Control and Operation of Electric Power Systems ·ECE 764: Vehicular Power Systems ·ECE 752: Industrial Applications of Power Electronics and Motor Drives

  7. RESTRUCTURING COURSES • The following courses are developed recently and made available to students in ECE as well as those majoring in the MEM: • ECE 555: Power Market Operation • ECE 561: Restructured Electrical Power Systems • ECE 562: Transmission Management in Restructured Power System • ECE 563: Artificial Intelligence in Electric Power Systems • ECE 651: Maintenance Scheduling in Restructured Power Systems • ECE 652: Communication and Control in Power Systems • CHEE 541: Role of Energy in Industrial Economics • CHEE 543: Energy, Environment and Economics • FM 500: Introduction to Financial Markets • FM 550: Energy Law and Policy • FM 553: Valuing and Managing Energy Derivatives

  8. ACADEMIC REQUIREMENTS • MASTER OF ELECTRICITY MARKETS (MEM) • In addition to the university requirements for a Master of Science degree, • the MEM degree has the following requirements: • 30 credit hours of graduate level coursework • 18 credit hours of ECE coursework • GPA of 3.0/4.0 (excluding prerequisites)

  9. RESEARCH CENTERS The existing centers at IIT which participate in the electricity restructuring education and research activities include: Center for Electric Power and Power Electronics (ECE) Center for Power and Energy (CHEE) Center for Law and Energy (LAW) Center for Electrochemical Science and Engineering (CHEE) Center for Sustainable Business Innovations (BUSINESS)

  10. TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY Mohammad Shahidehpour Center for Electric Power and Power Electronics Illinois Institute of Technology Chicago, Illinois 60616 ms@iit.edu

  11. Price and Load Relationship of California Power Market

  12. TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY Mohammad Shahidehpour Center for Electric Power and Power Electronics Illinois Institute of Technology Chicago, Illinois 60616 ms@iit.edu

  13. Interactions of the PJM ISO with other Entities

  14. TEACHING RESTRUCTURING COURSES AT ILLINOIS INSTITUTE OF TECHNOLOGY Mohammad Shahidehpour Center for Electric Power and Power Electronics Illinois Institute of Technology Chicago, Illinois 60616 ms@iit.edu

  15. Master Problem Maintenance Schedule & Emission Constraints (Deterministic) MP2 Cuts based on Dual Multipliers Trial Schedule Operation Sub-problem (Probabilistic) …….. Sub-problem t=1 Sub-problem t=2 Sub-problem t=T SP2 …. …. …. Cuts based on Dual Multipliers Trial Schedule SP1 Fuel Dispatch Sub-problem Maintenance Scheduling Decomposition MP1

  16. An ISO will face the same difficulties as that of a system operator at CCC when it monitors and controls a large-scale power system. Inspired by the distributed structure of a DEMS in traditional power system, the ISO’s optimization and control could also be implemented in a distributed manner. In the New England Power Pool, the ISO has several SCCs (satellite control centers), each of which is responsible for the monitoring and control of a designated area of the power system. The distributed optimization and control structure of an ISO is quite similar to the distributed structure of a DEMS.

  17. STUDENT PROJECTS • Students are required to pick a topic and complete a project in each of the above courses. • The projects range from a literature search to writing a software code for analyzing the topic related to restructuring. • A short presentation is scheduled for every student enrolled in the course while other students will have a chance to ask questions and comment on the student’s work. • The presentation session is the most interesting part of the course since it brings out a very lively atmosphere to examine the topics covered by the course.

  18. LIST OF CURRENT PROJECTS • Distributed and Hierarchical Control of Electric Power Systems • Probabilistic Risk Evaluation in Restructured Power Systems • Parallel Agents Theory for Transmission Congestion Management • Advanced Forecasting Techniques for Electricity • Applications of Middleware in Power Systems • Reliability Centered Maintenance in Electric Power Systems • Arbitrage in Electricity Markets • Asset Valuation and Risk Analysis • E-Commerce and Open Access Same-time Information Power System • Hydroelectric Optimization in Developing Countries • Distributed Generation Technology in Restructured Power Systems • Modeling Electric Utility Markets Outside the United States • Power Transmission Pricing and Congestion Management

  19. Unit Commitment Unit Commitment Economic Dispatch 1st Generation Redispatch 2nd Generation Redispatch Transmission Congestion? Transmission Congestion? Transmission Congestion? Yes Yes Yes No No No Contingencies in Category 1 Contingencies in Category 2 Contingencies in Category 3 Contingencies in Category 4 Contingencies in Category 5

  20. INDUSTRY REPRESENTATION • Several industry representatives are invited every semester as guest speakers to discuss the practical aspects of electricity restructuring with students. • Some of the research students in the power group at IIT are also invited to make short presentations and give demos in power courses at the end of each topic and discuss plans for future of the research and development.

  21. Each utility: • Controls and owns all or most of generation, transmission and distribution facilities within its geographical region. • Exercises a monopoly on selling electric power to customers within its geographic region. • Is obligated to sell and meet the needs of electric power to its customers. • Is either publicly owned and not operated for profit, or has rates (prices) that are set by regulatory organizations. 1 Vertically Integrated Utilities

  22. Power Situation in India Structure:

  23. ENROLLMENT • There were about 35 students enrolled in each of the above three courses when they were offered at IIT during the lat two years. • A total of 55 graduate students are majoring in power engineering in the ECE Department at IIT. • The restructuring courses are televised in the Chicago area and several of the power engineering courses at IIT are offered on the Internet.

  24. DISTANCE LEARNING • Each semester between 120 and 150 courses are broadcasted live using analog and digital microwave to over 45 locations throughout northern Illinois, and via videoconferencing to sites worldwide.

  25. FALL 2002 COURSES ECE 419 ECE 552 ECE 555 ECE 557

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