power affiliates program highlights · 2015-06-17 · t. j. overbye (power system analysis,...
TRANSCRIPT
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Power Affiliates Program Highlights
Pete Sauer
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2011 Affiliates
AdvAnalogTech MidAmerican Ameren Patrick Eng. Bitrode PowerWorld CWLP S&C Electric EMCWA Sargent & Lundy Exelon SolarBridge G&W Electric
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Finances Income Income carried over from the calendar year 2009 $42,044 Total income during calendar year 2010 $63,975 Total available income during calendar year 2010 $106,019
Expenditures Personnel and Services $41,505 Materials/Supplies/Equipment $ 6,159 Transportation/Travel $ 2,407 Total expenditures $50,071
Balance as of December 31, 2010 Funds carried over into calendar year 2011 $55,948
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• Biomedical Imaging, Bioengineering and Acoustics • Circuits and Signal Processing • Communication and Control • Computer Engineering • Electromagnetics, Optics and Remote Sensing • Microelectronics and Photonics • Nanotechnology • Power and Energy Systems
Department of Electrical and Computer Engineering
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• Power Systems • Power Electronics • Machines
Power and Energy Systems Area
• Analysis • Design • Modeling • Simulation • Economics • Optimization • Reliability • Testing • Tech transfer
• Teaching • Research • Service
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• P. Chapman (Machines, Drives, Power Electronics, Circuits)
• A. Dominguez-Garcia (Reliability Theory and Analysis)
• 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)
• 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
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• Robert C. N. Pilawa-Podgurski
• Power Electronics
• MIT - PhD – June 2011
• Coming 2011-2012
Announcing
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• 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 • ECE 477 Power System Operation and Control • ENG 491 Special Topics - Solar Decathlon
Courses
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• 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
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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 2000-2005 Annual Ave 2005-2010 Annual Ave B.S.E.E. 40 B.S.E.E. 50 M.S.E.E. 8 M.S.E.E. 10 Ph.D. 3 Ph.D. 5
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Infrastructure • Extensive research facilities • Unique instructional labs
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ACTIVITIES Workshops (Attending and hosting) Review Panels CIGRE Meetings IEEE Organizational Meetings PSERC IAB and EC meetings NSF, DOD, CERTS, GCEP project meetings Solar Decathlon meetings
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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
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Engineering Open House – 1,000 visitors ECE 431 class trip – S&C Electric EMCWA - Conference and Exposition North American Power Symposium (+ students) Presented 20 internal seminars on campus Hosted 16 guest speakers for seminars on campus
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• PowerWorld Corporation • SolarBridge (formerly SmartSpark) • US Army CERL
Local collaboration
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• 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)
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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)
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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
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PSERC companies • EPRI • Exelon • First Energy • GE Energy • Institut de Recherche d'Hydro-Quebec (IREQ) • ISO - New England • Lawrence Livermore National Lab • MidAmerican Energy • Midwest Independent System Operator • National Rural Electric Coop Association • New York ISO • New York Power Authority • Pacific Gas and Electric
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PSERC companies • PJM Interconnection • PowerWorld Corp. • RTE-France • Salt River Project • San Diego Gas and Electric • Southern California Edison • Southern Company • Tennessee Valley Authority • Tri-State Generation and Transmission • U.S. Department of Energy • Western Area Power Administration
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Research Stem Areas
Markets T&D Technologies
Systems
www.pserc.wisc.edu
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• 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:
08:21:55 08:22:00 08:22:05 08:22:10 08:22:15 08:22:20 08:22:25 08:22:30 08:22:35-20
-15
-10
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Ang
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Time (HH:MM:SS)
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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
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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
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CERTS is a research provider to DOE in the area of power system reliability.
• Reliability Technology Issues • Real -Time System Control • Reliability and Markets
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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
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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/
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Four Technical Areas 1. Wide-area monitoring and control 2. Active demand management 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
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Grainger Center for Electric Machinery and Electromechanics
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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
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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.
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Advanced Power Devices • Collaborating with material scientists for power-
on-chip integrated circuits – High performance gallium-nitride based
semiconductors – Miniaturized filter components
Metal
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System-Level Machine Applications • Machines with integrated magnetics. • Machines for reciprocating generation.
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