Technical Committee
Sessions: Multiple Committees, Non-Committee
Click on a session title in the table
below to be connected to a description of the session from the printed program and
links for each available presentation. (Sessions
marked with *SG* indicate there were Smart Grid related papers in the session.)
|
Session Name |
||
|
|
||
|
Multiple Committees |
||
|
Mon PM |
*SG* |
Impact of High Penetration of Wind Power on Power
System Operations (PSO, WPC, IC) |
|
Tues AM |
|
Interactions Between Emissions Market and
Electricity Market (PSO, PSACE) |
|
Tues AM |
*SG* |
Distribution Automation as Part of the SmartGrid
Roadmap (TD, IGC) |
|
Tues AM |
*SG* |
Enabling Technologies for the Customer-Driven
Microgrid (TD, WPC) |
|
Tues AM |
*SG* |
|
|
|
||
|
Non-Committee |
||
|
Mon PM |
*SG* |
|
|
Wed PM |
*SG* |
|
*SG* Impact of
High Penetration of Wind Power on Power System Operations
Sponsored by: Power System
Operations Committee
Wind Power
Coordinating Committee
Insulated
Conductors Committee
Chairs: J. Wang,
Argonne National Laboratory
R. Piwko,
GE
With
increasing interest in utilizing wind power to meet the electricity demand, a
lot of research has been done to accommodate a large penetration of wind power
in the system. But many questions are still open. The uncertain nature of wind power influences
power system operation in various aspects including unit dispatch, market
design, ancillary service procurement etc.
This panel is to continue identifying the potential impact of high
penetration of wind power on power system operations and propose possible
solutions. The panelists from
universities, national labs and system operators will bring together their
viewpoints and practical experiences on integrating wind power into the system.
The role of wind power forecasting, unit commitment with wind power and
experiences from ISOs will be discussed.
PRESENTATIONS
AND PANELISTS:
• 09GM0428, Realistic Operational Simulation of
Wind Projects
Z. LI, Illinois Institute
of Technology
M. SHAHIDEHPOUR, Illinois
Institute of Technology
F. BRISTOL, Acciona Energy
NA
• 09GM0470,
Managing Wind Uncertainty and Variability in the Irish Power System
A. TUOHY, University
College Dublin
N. TROY, University College
Dublin
A. GUBINA, University
College Dublin
M. O’MALLEY,
University College Dublin
• 09GM0489, Impact of High Penetration of Wind
on Power System Operations
J. ADAMS, New York
Independent System Operator
• 09GM0186, The Evolution of Wind Power Integration
Studies: Past, Present, and Future
E. ELA, NREL
M. MILLIGAN, NREL
B. PARSONS, NREL
D. LEW, NREL
D. CORBUS, NREL
• 09GM0993, The Role of Wind Forecasting in Utility
System Operation
J. SMITH, UWIG
M. AHLSTROM, WindLogics
R. ZAVADIL, Enernex
A. SADJADPOUR, AREVA
T&D
C. R. PHILBRICK, AREVA
T&D
• 09GM1275, Reliability-Based Long Term
Hydro/Thermal Reserve Allocation of Power Systems with High Wind Power
Penetration
P. WANG, Nanyang
Technological University
L. GOEL, Nanyang
Technological University
Y. DING, Nanyang
Technological University
L. CHANG, Nanyang
Technological University
M. ANDREW, Nanyang
Technological University
• 09GM0466, Security-Constrained Unit
Commitment with Volatile Wind Power Generation [Transaction
Number: TPWRS-00413-2007]
J. WANG, Illinois Institute
of Technology
M. SHAHIDEHPOUR, Illinois
Institute of Technology
Z. LI, Illinois Institute
of Technology
Interactions Between Emissions Market and Electricity
Market
Sponsored by: Power System
Operations Committee
Power
System Analysis, Computing, and Economics Committee
Chairs: J. Wang,
Argonne National Laboratory
S.
Blumsack, Pennsylvania State University
The emission
and electricity markets are strongly intertwined. The fluctuation of emission prices will add
uncertainty in the operational decisions in the electricity market. On the other hand, the amount of emission
from generation will influence the transactions in the emission market. This
panel is to investigate the interactions between the emission and electricity
markets. By modeling different market mechanisms, the potential outcome of
certain market design can be modeled. The impact of emission trading system on
market prices and clearing, market equilibrium in the electricity market and
the associated long-term investment under uncertainty will be investigated.
PRESENTATIONS
AND PANELISTS:
• 09GM0980,
Implications of Global Climate Change for the U.S. National Power Grid
J. PELL, U.S. Department of
Energy
• 09GM1149, Influence of Emissions Trading
Scheme on Market Clearing and Prices
I. KOCKAR, University of
Strathclyde
A. CONEJO, Universidad
Castilla La Mancha
J. MCDONALD, University of
Strathclyde
• 09GM1284,
Electric Rate Design and Greenhouse-gas Emissions Reduction
S. BLUMSACK, Penn State
University
• 09GM0981, An Agent-Based Approach to Modeling
Interactions Between Emission Market and Electricity Market
J. WANG, Argonne National
Laboratory
V. KORITAROV, Argonne
National Laboratory
J. KIM, Adica Consulting
• 09GM1168, Environmental Regulation in
Transmission-Constrained Electricity Markets
A. PAPAVASILIOU, University
of California, Berkeley
Y. CHEN, University of
California, Merced
S. OREN, University of
California, Berkeley
• 09GM1353, Cogeneration and Potential for
Emission Reductions in Oil Sands Operations
G. DOLUWEERA, University of
Calgary
S. JORDAAN, University of
Calgary
J. BERGERSON, University of
Calgary
M. MOORE, University of Calgary
• 09GM1191, Allocation of Emission Allowances
to Effectively Reduce Emissions in Electricity Generation
B. KURI, Scottish and
Southern Energy
F. LI, University of Bath
*SG* Distribution
Automation as Part of the SmartGrid Roadmap
Sponsored by: Transmission and
Distribution Committee
Intelligent
Grid Coordinating Committee
Chair: G. Simard,
Hydro Quebec
Distribution
circuits can meet ongoing and future
demands for improved reliability and new capabilities by incorporating “Smart”
features such as automatic fault location, isolation, and service restoration.
PRESENTATIONS
AND PANELISTS:
• 09GM0880, Modelling Distribution Automation
Schemes with a Control Systems Overlay
T. MCDERMOTT, EnerNex
R. DUGAN, EPRI
L. KING, EPRI
M. MCGRANAGHAN, EPRI
• 09GM0945,
Distribution Automation: The Cornerstone for Smart Grid Development Strategy
X. MAMO, EDF INA
S. MALLET, EDF R&D
T. COSTE, EDF R&D
S. GRENARD, EDF R&D
• 09GM0949,
A Deterministic Analysis Method for Back-feed Power Restoration of Distribution
Networks
Z. WANG, ABB Inc.
V. DONDE, ABB Inc.
F. YANG, ABB Inc.
J. STOUPIS, ABB Inc.
• 09GM0951, Distribution Automation:
Applications to Move from Today’s Distribution System to Tomorrow’s
Smartgrid
G. SIMARD, Hydro-Quebec
D. CHARTRAND, Hydro-Quebec
P. CHRISTOPHE, Hydro-Quebec
*SG* Enabling
Technologies for the Customer-Driven Microgrid
Sponsored by: Transmission and
Distribution Committee
Wind Power
Coordinating Committee
Chairs: S.
Suryanarayanan, Colorado School of Mines
J. Mitra,
Michigan State University
In some cases,
customers derive considerable advantage from the operation of local micro-grids
with local generation, end user loads, control and protection capabilities, and
sometimes supported by various forms of energy storage. This panel session will discuss the future
direction of technologies that can facilitate off-grid to on-grid transitions
at low voltage level, essentially forming deliberate electrical islands under
certain operating conditions. Advantages
of higher reliability and improved real-time interaction can be realized. The panel, consisting of current researchers
on such enabling technologies, will discuss in detail a wish list, a road map,
and technologies of enablers of Customer Driven Microgrids.
PRESENTATIONS
AND PANELISTS:
• 09GM0266, Enabling Technologies for the
Customer-Driven Microgrid
S. SURYANARAYANAN, Colorado
School of Mines
J. MITRA, Michigan State
University
• 09GM0017,
Distribution System Design Enabling Renewable Energy Resource Deployment
G. HEYDT, Arizona State
University
B. SATHYANARAYANA, ASU
V. VITTAL, Arizona State
University
F. PENG, Michigan State
University
Y. LI, University of Alberta
L. TOLBERT, University of
Tennessee
• 09GM1237, Control Agents for Enabling
Customer-Driven Microgrids
A. DIMEAS, NTUA
S. HATZIVAASILIADIS, ETH
N. HATZIARGYRIOU, NTUA
• 09GM0523, An Integration Facility to
Accelerate Deployment of Distributed Energy Resources in Microgrids
B. KROPOSKI, NREL
• 09GM1247, Accelerating the Customer-Driven
Microgrid Through Real-Time Digital Simulation
I. LEONARD, FSU
T. BALDWIN, FSU
M. SLODERBECK, FSU
*SG* Wind Plant
Collector System Design Panel Session
Sponsored by: Wind Power
Coordinating Committee
Transmission
and Distribution Committee
Chair: E. Camm, S
& C
The Wind Plant
Collector System Design Working Group has prepared a series of papers aimed at
providing basic guidelines on engineering design issues for large wind
plants. This panel session is the first
of a series of sessions planned by the Working Group over the next two years.
This session includes discussion of design issues related to characteristics of
the wind turbine generators, the collector system design, grounding and
overvoltage mitigation, reactive power compensation systems, and economics and
reliability. Future topics to be covered
by the Working Group include protection and coordination, communications and
controls, arc flash requirements, and testing and commissioning of wind plants.
PRESENTATIONS
AND PANELISTS:
• 09GM1269,
Wind Power Plant Collector System Design Considerations
Members of the Wind Plant
Collector System Design WG:
E. CAMM, M. BEHNKE, O.
BOLADO, M. BOLLEN, M. BRADT, C. BROOKS, W. DILLING, M. EDDS, W. HEJDAK, D.
HOUSEMAN, S. KLEIN, F. LI, J. LI, P. MAIBACH, T. NICOLAI, J. PATINO, S.
PASUPULATI, N. SAMAAN, S. SAYLORS, T. SIEBERT, T. SMITH, M. STARKE, R. WALLING
• 09GM1276,
Wind Power Plant Grounding, Overvoltage Protection, and Insulation Coordination
Members of the Wind Plant
Collector System Design WG:
E. CAMM, M. BEHNKE, O.
BOLADO, M. BOLLEN, M. BRADT, C. BROOKS, W. DILLING, M. EDDS, W. HEJDAK, D.
HOUSEMAN, S. KLEIN, F. LI, J. LI, P. MAIBACH, T. NICOLAI, J. PATINO, S.
PASUPULATI, N. SAMAAN, S. SAYLORS, T. SIEBERT, T. SMITH, M. STARKE, R. WALLING
• 09GM1277,
Reactive Power Compensation for Wind Power Plants
Members of the Wind Plant
Collector System Design WG:
E. CAMM, M. BEHNKE, O.
BOLADO, M. BOLLEN, M. BRADT, C. BROOKS, W. DILLING, M. EDDS, W. HEJDAK, D.
HOUSEMAN, S. KLEIN, F. LI, J. LI, P. MAIBACH, T. NICOLAI, J. PATINO, S.
PASUPULATI, N. SAMAAN, S. SAYLORS, T. SIEBERT, T. SMITH, M. STARKE, R. WALLING
• 09GM1280,
Characteristics of Wind Turbine Generators for Wind Power Plants
Members of the Wind Plant
Collector System Design WG:
E. CAMM, M. BEHNKE, O.
BOLADO, M. BOLLEN, M. BRADT, C. BROOKS, W. DILLING, M. EDDS, W. HEJDAK, D.
HOUSEMAN, S. KLEIN, F. LI, J. LI, P. MAIBACH, T. NICOLAI J. PATINO, S.
PASUPULATI, N. SAMAAN, S. SAYLORS, T. SIEBERT, T. SMITH, M. STARKE, R. WALLING
• 09GM1285,
Wind Power Plant Substation and Collector System Redundancy, Reliability, and
Economics
Members of the Wind Plant
Collector System Design WG:
E. CAMM, M. BEHNKE, O.
BOLADO, M. BOLLEN, M. BRADT, C. BROOKS, W. DILLING, M. EDDS, W. HEJDAK, D.
HOUSEMAN, S. KLEIN, F. LI, J. LI, P. MAIBACH, T. NICOLAI, J. PATINO, S.
PASUPULATI, N. SAMAAN, S. SAYLORS, T. SIEBERT, T. SMITH, M. STARKE, R. WALLING
*SG* Smart
Grid: PES Activity Update and Orientation
Sponsored by: Power & Energy
Society
Chair: E. Gunther,
Enernex
The Energy
Independence and Security Act of 2007 directed the National Institute of
Standards and Technology (NIST) to develop a roadmap to achieving a high degree
of standards based systems interoperability for a Smart Grid. Originally unfunded, NIST has recently
received the necessary funding to accelerate this effort. This session will summarize the work to date
on the NIST roadmap development, summarize relevant IEEE standards in
supporting a Smart Grid, review examples of Smart Grid applications, and look
forward to how the IEEE can play a major role in developing the new standards
and best practices needed to support developing and deploying a smarter,
interoperable grid.
PRESENTATIONS
AND PANELISTS:
• Smart
Grid – Introduction and PES Activities Overview
E. W. GUNTHER, EnerNex
Corporation
• The
“Smarter” Grid – What Is It?
M. MCGRANAGHAN, Electric
Power Research Institute
• Standards
Activities on Smart Grid
S. PULLINS, Horizon Energy
Group
E. GUNTHER, EnerNex
Corporation
• Smart
Grid 101 –T&D Field Devices
E. W. GUNTHER, EnerNex
Corporation
• Smart
Grid 101:Utility Applications and Roadmaps
R. FARQUHARSON, EnerNex
Corporation
W. MONCRIEF, EnerNex
Corporation
D. HOUSEMAN, Capgemini
*SG* Workshop
on Distributed Energy Resources
Sponsored by: Power & Energy
Society
Chair: D. Houseman,
Capgemini
The Smart Grid
Coordinating Committee would like to invite attendees to join us after the
super session to help with data gathering on Distributed Energy Resources
(DER). The information collected in the
session will be used as inputs to the NIST, DOE Modern Grid, CEATI, and EPRI
research programs. The session will be
jointly facilitated by PES, EPRI, and CEATI. The goal of the session is to
gather DER benefits, barriers and regional issues from around the world. This
session will serve as the basis for work by the Smart Grid Coordinating
Committee and others for building research programs, outreach and potentially
standards activities.