Technical Committee Sessions: TD, TRANS, WPC, Multiple
Committees
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.
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Session Name |
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Transformers Committee |
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Mon PM |
Breaker Reignition Transients and Their Effect on
High Voltage Bushings |
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Transmission and
Distribution Committee |
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Mon PM |
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Tues AM |
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Tues AM |
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Tues AM |
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Tues AM |
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Tues PM |
Temperature Affects on Insulators and Conductor
Components & Hardware |
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Tues PM |
General Systems – Working Group on Modeling and
Analysis of System Transients Using Digital Programs |
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Wed AM |
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Wed PM |
Measurement Techniques and Experiences of Harmonics,
Interharmonics, and Voltage Fluctuations |
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Wed PM |
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Thur AM |
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Wind Power Coordinating
Committee |
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Wed AM |
NERC’s Integration of Variable Generation Task Force:
Status Report |
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Multiple Committees |
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Mon PM |
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Tues AM |
Utility Experiences with On-line Dynamic Security
Assessment (PSDP, PSO) |
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Wed PM |
Experience with Incorporating Wind Forecasts into
Power System Operations (WPC, PSO) |
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Thur AM |
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Breaker Reignition
Transients and Their Effect on High Voltage Bushings
Sponsored by: Transformers
Committee
Chairs: B. Chiu, IEEE
Transformers Committee
P. J.
Hopkinson, HVOLT Inc.
Destructive
reignition transients have been observed in medium voltage (5 kV–34.5 kV)
circuits where commonly vacuum interrupter switching results in transformer
winding flashovers, often deep within the windings. Up to this point, little
attention was devoted to high voltage circuits from 230 kV to 500 kV, and SF6
breakers have largely been ignored.
However, over the last several years, a number of high voltage draw lead
bushing failures have occurred where similar conditions were at play. Key parameters have been: light loading,
frequent switching, especially late at night.
The breakers have been physically close to the transformers (~50 feet),
and flashovers have initiated deep within the bushing between the draw lead and
the tube. This panel discussion examines SF6 Breaker switching and presents a
circuit model for the bushing to observe switching transients. A number of case
studies have been examined to see how well they fit the model. In addition,
system parameters associated with failures as well as associated with
trouble-free systems are examined.
Possible solutions to the flashovers are discussed.
PRESENTATIONS
AND PANELISTS:
• 2010GM1711,
Progress Report on Failures of High Voltage Bushings with Draw Leads
Other Panel Participants:
Phil Hopkinson, IEEE Life Fellow, Arturo Del Rio, Member IEEE, Loren Wagenaar,
IEEE Life Fellow, Jin Sim, Member IEEE, Dr. Robert Degeneff, IEEE Life Fellow,
Larry Coffeen, Senior Member IEEE, Robert Ganser, Life Senior Member IEEE,
Thomas Tobin, IEEE Fellow, James McBride, Senior Member IEEE, Enrique
Betancourt, Member IEEE, Bjorn Lofgren, Senior Member IEEE
Distribution – Smart
Distribution
Sponsored by: Transmission and
Distribution Committee
Chair: G. Simard,
Hydro Quebec
PRESENTATIONS
AND PANELISTS:
• 2010GM0736, CIM Interoperability Challenges
S. NEUMANN, UISOL
T. NIELSEN, UISOL
• 2010GM1103, Use of CIM for EDF Distribution
Automation
E. LAMBERT, edf r&d
A. QUERIC, edf r&d
Volt/Var Control – Present
and Future
Sponsored by: Transmission and
Distribution Committee
Chair: D. T. Rizy,
Oak Ridge National Laboratory
The
session will be exploring the importance of volt/var control for achieving
effective T&D system operation and will discuss technologies and methods
employed. The session will look at how volt/var control is implemented at
present and how it needs to change for the smart grid. Volt/var control is important for maintaining
system reliability and efficiency and voltage stability and the panel will
discuss various aspects of these objectives. Our panel will present on how
volt/var control is implemented with and without distribution automation
control and what is needed in terms of changes and technologies for the smart
grid and the future. Volt/var control
will obviously evolve as the growth of new generation and load technologies
such as distributed resources, especially renewables and plug-in hybrids and
electric transportation continues to grow and increases their penetration in
the T&D system. In addition, the
smart grid will bring about additional system flexibility, intelligence and
control that volt/var control will need to accommodate.
PRESENTATIONS
AND PANELISTS:
• 2010GM0488,
Volt/VAR Control at Progress Energy Carolinas Past, Present and Future
G. LAMPLEY, Progress Energy
Carolina
G. CLARK, Alabama Power
Company
• 2010GM0733, Distribution Efficiency Voltage
Optimization Supports Lowest Cost New Resource
K. FAGEN, R. W. Beck, Inc.
• 2010GM1024, VVC in the Smart Grid Era
R. ULUSKI, Quanta
Technology
L&I – Lightning
Performance of Overhead Lines WG
Sponsored by: Transmission and
Distribution Committee
Chair: B. Chisholm,
Kinectrics
PRESENTATIONS
AND PANELISTS:
• 2010GM0327, Lightning Data Observed with
Lightning Location System in Portugal [Transaction Number: TPWRD-00394-2009]
R. RODRIGUES, Instituto
Superior de Engenharia de Lisboa
V. MENDES, Instituto
Superior de Engenharia de Lisboa
J. CATALÃO, Univ. Beira
Interior
• 2010GM1338, Assessment of Lightning Shielding
Performance of Double-Circuit UHV Overhead Transmission Lines
H. HE, Huazhong University
of Science & Technology
J. HE, Huazhong University
of Science & Technology
S. XIE, Huazhong University
of Science & Technology
S. YAO, Huazhong University
of Science & Technology
D. ZHANG, Huazhong
University of Science & Technology
M. DONG, Huazhong
University of Science & Technology
The Distribution Automation
Foundation for the Smart Grid
Sponsored by: Transmission and
Distribution Committee
Chair: G. L. Clark,
Alabama Power
Distribution
Automation (DA) is the foundational technology that will facilitate the
attainment of the Smart Grid goals. DA with substation automation and the
emerging AMI technology provides the data gathering intelligence needed to
manage the Smart Distribution Grid and its’ Green circuits.
PRESENTATIONS
AND PANELISTS:
• 2010GM0487,
Distribution Automation at Progress Energy Carolinas
G. LAMPLEY, Progress Energy
Carolina
• 2010GM0835, Distribution Automation – The
Foundation for the Smart Grid at DTE Energy
H. ASGEIRSSON, DTE Energy
• 2010GM1430, The Role of Advanced Distribution
Automation in the Smart Grid
R. ULUSKI, Quanta
Technology
• 2010GM1643, The Role of Integrated
Distribution Management Systems in Smart Grid Implementations
E. BOARDMAN, AREVA T&D
Inc.
Distribution – Distributed
Resource Integration WG
Sponsored by: Transmission and
Distribution Committee
Chair: R. Saint,
NRECA
PRESENTATION
AND PANELISTS:
• 2010GM1557, Properly Understanding the
Impacts of Distributed Resources on Distribution Systems
D. RIZY, Oak Ridge National
Laboratory
F. LI, University of
Tennessee
H. LI, University of
Tennessee
S. ADHIKARI, University of
Tennessee
J. KUECK, ORNL UT-Battelle
Temperature Affects on
Insulators and Conductor Components & Hardware
Sponsored by: Transmission and
Distribution Committee
Chair: A.
Bernstorf, Hubblell
A
panel has been assembled to discuss the effects of conductors operating at high
temperatures on insulator support systems and conductor connectors and
hardware. Consideration will be given to
existing , connectors, and hardware that have been operating at elevated
temperatures and lab test results on insulators with conductors run hot will
also be presented. The insulator types
will include porcelain suspension type insulators and polymer suspension
insulators. Ambient temperature affects on Polymer Horizontal Line Post
Insulators will also be presented.
PRESENTATIONS
AND PANELISTS:
• 2010GM0937, The Effect of High Temperature
Conductors on Composite Suspension Insulator Performance
R. HILL, MacLean Power
Systems
• 2010GM0747,
Effect of Conductor High-Temperature on Porcelain Suspension Insulators
P. SPRINGER, Georgia
Institute of Technology
D. CALLAWAY, Georgia
Institute of Technology
• 2010GM0581, Temperature Influences on Polymer
Horizontal Line Post Insulators
J. VARNER, Georgia Power
Company
• 2010GM1087, Conductors, Connectors, and
Hardware Operating at High Temperatures
J. REDING, Consultant
General Systems – Working
Group on Modeling and Analysis of System Transients Using Digital Programs
Sponsored by: Transmission and
Distribution Committee
Chair: J. A.
Martinez-Velasco, Universitat Politecnic Catalumya
PRESENTATIONS
AND PANELISTS:
• 2010GM0186, Electromagnetic Transient
Simulations for Undergraduate Students Using a Low Complexity Numeric Routine
R. MONZANI, University of
Londrina (UEL)
A. PRADO, UNESP
S. KUROKAWA, UNESP
L. BOVOLATO, UNESP
J. PISSOLATO FILHO, UNICAMP
• 2010GM0209, Robust Passivity Enforcement
Scheme for Time-Domain Simulation of Multi-Conductor Transmission Lines and
Cables [Transaction Number:
TPWRD-00561-2008]
J. DE SILVA, Manioba HVDC
Research Center
HVDC – WG 15.05.17 HVDC and
FACTS Bibliography
Sponsored by: Transmission and
Distribution Committee
Chair: R. K. Varma,
University of Western Ontario
PRESENTATIONS
AND PANELISTS:
• 2010GM1622, Bibliography of HVDC Transmission
2009 IEEE Working Group Report
R. VARMA, University of
Western Ontario
A. MOHARANA, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
• 2010GM1634, Bibliography of FACTS: 2006–2007
Part I IEEE Working Group Report
R. VARMA, University of
Western Ontario
I. AXENTE, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
• 2010GM1638, Bibliography of FACTS: 2006–2007
Part II IEEE Working Group Report
I. AXENTE, University of
Western Ontario
R. VARMA, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
• 2010GM1641, Bibliography of FACTS: 2006–2007
Part III IEEE Working Group Report
I. AXENTE, University of
Western Ontario
R. VARMA, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
• 2010GM1644, Bibliography of FACTS 2009 – Part
1 IEEE Working Group Report
R. VARMA, The University of
Western Ontario
J. BERGE, The University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration (ret.)
• 2010GM1649, Bibliography of FACTS 2009 – Part
2 IEEE Working Group Report
J. BERGE, The University of
Western Ontario
R. VARMA, The University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration (ret.)
• 2010GM1652, Bibliography of FACTS 2009 – Part
3 IEEE Working Group Report
J. BERGE, The University of
Western Ontario
R. VARMA, The University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration (ret.)
• 2010GM1660, Bibliography of FACTS: 2008 Part
I IEEE Working Group Report
R. VARMA, University of
Western Ontario
S. RAHMAN, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
• 2010GM1669, Bibliography of FACTS: 2008 Part
II IEEE Working Group Report
S. RAHMAN, University of
Western Ontario
R. VARMA, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
• 2010GM1684, Bibliography of FACTS: 2008 Part
III IEEE Working Group Report
R. VARMA, University of
Western Ontario
S. RAHMAN, University of
Western Ontario
W. LITZENBERGER, Bonneville
Power Administration
Measurement Techniques and
Experiences of Harmonics, Interharmonics, and Voltage Fluctuations
Sponsored by: Transmission and
Distribution Committee
Chair: G. Chang,
National Chung Cheng University, Taiwan
The
power quality (PQ) disturbances have drawn much attention due to the
wide-spread nonlinear loads which cause undesired effects to power system
components and other PQ-sensitive loads.
Among different types of PQ disturbances, harmonics, interharmonics, and
voltage fluctuations have long been recognized as major PQ issues. The natures of these PQ disturbances cover a
wide range of stationary, quasi-stationary, fluctuating, and rapid changing
behaviors. Effective and accurate
measurement techniques for these PQ phenomena are crucial for providing
solutions and mitigations of such disturbances, as well as the implementation
of PQ meters. This panel session offers the audience an excellent opportunity
to meet with those experts in the area of PQ measurements and share their
knowledge and experiences. The audience will learn the development and
state-of-the-art measuring techniques of the addressed PQ disturbances.
PRESENTATIONS
AND PANELISTS:
• 2010GM0321, Effect of Transfer Coefficients
on MV and LV Flicker Levels [Transaction
Number: TPWRD-00399-2009]
R. HORTON, Southern Company
T. HASKEW, University of
Alabama
• 2010GM1675, Overview of Compliance Standards
for Harmonic Distortion and Voltage Fluctuations
D. SABIN, Electrotek
Concepts
• 2010GM0529, Study of Flicker Propagation in
Electric Grid by Modeling and On-Site Flicker Measurements
X. YANG, EDF R&D
I. PAPIC, University of
Ljubljana
• 2010GM0815, Measurement Techniques for
Stationary and Time-Varying Harmonics
G. CHANG, National Chung
Cheng University
C. CHEN, Asia University
• 2010GM0925, Interharmonics: Signaling
Processing Issues and Applications
A. NASSIF, University of
Alberta
J. YONG, Chongqing
University
W. XU, University of
Alberta
• 2010GM0987, Limiting Low Frequency
Interharmonic Distortion and Voltage Fluctuations
A. EMANUEL, Worcester
Polytechnic Institute
R. LANGELLA, Second
University of Naples
A. TESTA, Second University
of Naples
Distribution – Distribution
Subcommittee
Sponsored by: Transmission and
Distribution Committee
Chair: J. McDaniel,
National Grid
PRESENTATIONS
AND PANELISTS:
• 2010GM0727, Waveform Characterization of
Animal Contact, Tree Contact, and Lightning Induced Faults
S. KULKARNI, The University
of Texas at Austin
D. LEE, The University of
Texas at Austin
A. ALLEN, The University of
Texas at Austin
S. SANTOSO, The University
of Texas at Austin
T. SHORT, Electric Power
Research Institute
• 2010GM0731, Waveform Characteristics of
Underground Cable Failures
S. KULKARNI, The University
of Texas at Austin
A. ALLEN, The University of
Texas at Austin
S. CHOPRA, The University
of Texas at Austin
S. SANTOSO, The University
of Texas at Austin
T. SHORT, Electric Power
Research Institute
Integrating Green Energy
Using Power Electronics
Sponsored by: Transmission and
Distribution Committee
Chair: G. Joós,
McGill University
This
panel will discuss the following:
1. Future green electric grids, incorporating wind farms
2. Transmission expansion – wind farm to grid and transmission superhighway
concepts
3. Wind farm operation – comparison with conventional generation
4. Energy storage – battery systems for balancing wind variability
5. Wind farm integration – protection and transient stability issues
6. Transmission system performance with wind farms
PRESENTATIONS
AND PANELISTS:
• 2010GM0276,
Facts on Grid Friendly Wind Plants
N. MILLER, GE Energy
P. MARKEN, GE Energy
• 2010GM0743, Utility Scale Battery Energy
Storage Systems
N. MILLER, GE Energy
D. MANZ, GE Energy
J. ROEDEL, GE Energy
P. MARKEN, GE Energy
E. KRONBECK, GE Energy
• 2010GM1167, Advantages Power Electronics May
Provide as Part of Conceputal HVDC and AC Transmission Overlays to Efficiently
Integrate Large Amounts of Wind Energy to the Eastern Interconnection
D. OSBORN, MidwestISO.
• 2010GM1454, The Tres Amigas Superstation:
Linking Renewable Energy and the Nation’s Grid
Z. ALAYWAN, Tres Amigas
• 2010GM1461, Integration of Wind Generation
into AEP Transmission System
B. MEHRABAN, AEP
NERC’s Integration of
Variable Generation Task Force: Status Report
Sponsored by: Wind Power
Coordinating Committee
Chair: M. Lauby,
NERC
To
date, the North American experience with variable generation has been limited
to integration of a relatively small amount of the total generation within a
power system or balancing area (i.e. typically less than 10%). The industry is
now starting to experience operational reliability issues, though integration
of variable generation typically has not appreciably affected the reliability
of the bulk power system to date. Anticipating substantial growth of variable
generation, NERC’s Planning and Operating Committees created the Integration of
Variable Generation Task Force (IVGTF) who prepared a report, entitled,
“Accommodating Large Amounts of Variable Generation.”
(http://www.nerc.com/files/IVGTF_Report_041609.pdf). This panel reviews the results from this
report and the status of the ongoing activities supporting its work-plan.
PRESENTATIONS
AND PANELISTS:
• 2010GM0637, NERC’s Integration of Variable
Generation Task Force: Status Report – Planning Work Group Update
D. BROOKS, EPRI
P. POURBEIK, EPRI
• 2010GM0741,
Integration of Variable Generation: Capacity Value and Evaluation of
Flexibility
E. LANNOYE, Electricity
Research Centre, University College Dublin
M. MILLIGAN, National
Renewable Energy Laboratory
J. ADAMS, New York
Independent System Operator
A. TUOHY, Electricity
Research Centre, University College Dublin
H. CHANDLER, International
Energy Agency
D. FLYNN, Electricity
Research Centre, University College Dublin
M. O’MALLEY, Electricity
Research Centre, University College Dublin
• 2010GM1429, NERC’s Integration of Variable
Generation Task Force: Status Report – Characteristics of Variable Generation
D. SHIRMOHAMMADI, Shir
Consultants, Inc.
J. SMITH, UWIG
R. PIWKO, GE Energy
W. GRANT, Xcel Energy
M. PATEL, PJM
S. BEUNING, Xcel Energy
M. AHLSTROM, WindLogics
Inc.
Improved Power System
Operations with High Penetration of Wind Power: A Dialog Between Academia and
Industry
Sponsored by: Power System
Operations Committee
Wind Power
Coordinating Committee
Chairs: J. Wang,
Argonne National Lab
R. Piwko,
GE Energy
PRESENTATIONS
AND PANELISTS:
• 2010GM0270,
Short-Term Trading for a Wind Power Producer
J. MORALES, Univ. Castilla
– La Mancha
A. CONEJO, Univ. Castilla –
La Mancha
J. PEREZ-RUIZ, Univ. of
Malaga
M. POWER, University
College Dublin
M. O’MALLEY, University
College Dublin
D. MAGGIO, ERCOT
C. D’ANNUNZIO, ERCOT
S. HUANG, ERCOT
C. THOMPSON, ERCOT
• 2010GM0750,
Security Provision in Systems with Large Penetrations of Wind Power Generation
M. ORTEGA-VAZQUEZ, The
University of Manchester
D. KIRSCHEN, The University
of Manchester
• 2010GM0924, Unit Commitment with Wind
Generation Accounting for Transmission Congestion
J. RESTREPO, McGill
University
F. GALIANA, McGill
University
• 2010GM1534, Improved Power System Operations
with High Penetration of Wind Power: A Dialog Between Academia and Industry
J. BLATCHFORD, CAISO
D. HAWKINS, CAISO
K. PARKS, Xcel Energy
J. BLATCHFORD, CAISO
• 2010GM1750, An International Consortium for
Wind Integration Research, Education, and Workforce Development
M. SHAHIDEHPOUR, IIT
Z. LI, IIT
Utility Experiences with
On-line Dynamic Security Assessment
Sponsored by: Power System
Dynamic Performance Committee
Power
System Operations Committee
Chairs: E. Vaahedi,
BCTC
L. Wang,
Powertech Labs
Despite
many theoretical break-throughs in the area of Online Dynamic Security
Assessment, the number of real-time DSA applications in the utility environment
remains very modest. The purpose of this
panel session is to focus on demonstrating a number of utility applications and
discussing the technical and non-technical issues associated with introducing
such a tool in a real-time environment.
PRESENTATIONS
AND PANELISTS:
• 2010GM0021, Hydro-Québec’s Challenges and
Experiences in On-Line DSA Applications
L. LOUD, Hydro-Quebec
S. GUILLON, Hydro-Quebec
G. VANIER, Hydro-Quebec
J. HUANG, Hydro-Quebec
L. RIVERIN, Hydro-Quebec
D. LEFEBVRE, Hydro-Quebec
J. RIZZI, Hydro-Quebec
• 2010GM0336, Development and Application of
On-Line Dynamic Security Early Warning and Preventive Control System in China
W. WU, Tsinghua University
B. ZHANG, Tsinghua
University
H. SUN, Tsinghua University
Y. ZHANG, Tsinghua
University
• 2010GM0468, Issues on Security Region Search
by Online DSA
Z. YAO, BCTC
D. ATANACKOVIC, BCTC
• 2010GM0471, On-Line Assessment of Secure
Level of Wind on the Irish Power System
I. DUDURYCH, EirGrid plc
• 2010GM1356, On-Line Transient Stability
Screening of 14,000-Bus Models Using TEPCO-BCU: Evaluations and Methods
H. CHIANG, Cornell
University
J. TONG, PJM
Y. TADA, TEPCO
• 2010GM1395,
Brazilian System Operator Online Security Assessment System
C. NETO, ONS
M. QUADROS, ONS
M. SANTOS, ONS
J. JARDIM, Nexant Inc.
Experience with
Incorporating Wind Forecasts into Power System Operations
Sponsored by: Wind Power
Coordinating Committee
Power
System Operations Committee
Chairs: R. Piwko, GE
Energy
B. Grant,
Xcel
Rapidly
increasing penetration of wind power is imposing new challenges on power system
operators. Operating practices and software tools to address variability in
load have evolved over many decades and are quite mature. Several types of load forecasts are commonly
used for unit commitment, scheduling of reserves, and managing generation
dispatch. Wind generation introduces a
new source of variability and uncertainty to power system operations. Wind forecasts can be used in conjunction
with load forecasts to improve the efficiency and reliability of power system
operations.
A
variety of wind forecasting services are available from multiple
providers. Techniques for incorporating
wind forecasts into day-to-day operations are continuously evolving, and the
industry is at the steep part of the learning curve.
Panelists
are experienced power system operators from operating areas with significant
wind generation. They will address the following items:
• What types of wind forecasting tools are you presently using?
• How are wind forecast results being used for day-ahead and real
time operations? Unit commitment?
Scheduling of reserves? Posturing system
for wind ramps?
• What are the biggest challenges in making your process work well?
• What is on your wish list for better forecasting tools, EMS
integration techniques, implementation, information, etc.?
PRESENTATIONS
AND PANELISTS:
• 2010GM0654,
Utilization of Forecasts for Wind-Powered Generation Resources in ERCOT
Operations
D. MAGGIO, ERCOT
C. D’ANNUNZIO, ERCOT
S. HUANG, ERCOT
C. THOMPSON, ERCOT
• 2010GM0685, Wind Integration and the
Evolution of Power System Control
C. PHILBRICK, AREVA T&D
Inc
M. AHLSTROM, WindLogics
Inc.
D. MOON, WindLogics Inc.
C. FINLEY, WindLogics Inc.
• 2010GM1467, ISO Perspective and Experience
with Integrating Wind Power Forecasts into Operations
J. KEHLER, Alberta Electric
System Operator
M. HU, Alberta Electric
System Operator
M. MCMULLEN, Independent
System Operator
J. BLATCHFORD, Independent
System Operator
Experiences of Using State
Estimation to Identify Parameter/Model Errors in Control Centers
Sponsored by: Transmission and
Distribution Committee
Power
System Operations Committee
Chair: S. (NDR)
Nuthalapati, ERCOT
State
Estimator (SE) is an important tool in control centers to monitor the real-time
state of a power system. Generally, SE problem is formulated and solved based
on the assumption that the network parameters and model are perfectly
known. Any errors in parameters and
model would affect the SE results, which further may have impact on other
downstream applications, such as Contingency Analysis, Voltage Security
Assessment, etc. Therefore it is important to identify such parameter and model
errors and correct them. This panel
discusses various experiences of using SE to identify parameter and model
errors in control centers.
PRESENTATIONS
AND PANELISTS:
• 2010GM0459, ERCOT’s Experience in Identifying
Parameter and Topology Errors Using State Estimator
J. CHEN, Electric
Reliability Council of Texas
N. SARMA, Electric
Reliability Council of Texas
F. GARCIA, Electric
Reliability Council of Texas
A. SILLS, Electric
Reliability Council of Texas
P. SHRESTHA, Electric
Reliability Council of Texas
T. MOHANADHAS, Electric
Reliability Council of Texas
J. WEATHERLY, Electric
Reliability Council of Texas
T. MORTENSEN, Electric
Reliability Council of Texas
J. DUMAS, Electric
Reliability Council of Texas
• 2010GM1586, Sensitivity of State Estimator
Solutions to Network Model Parameters
J. ALLEMONG, American
Electirc Power
• 2010GM0868,
Identification of Parameter Errors
A. ABUR, Northeastern
J. ZHU, CA-ISO
• 2010GM0874,
BCTC Practices in Network Parameter Quality Tracking for State Estimator
Sustainment
D. ATANACKOVIC, British
Columbia Transmission Corporation
G. DWERNYCHUK, British
Columbia Transmission Corporation
R. VINNAKOTA, British
Columbia Transmission Corporation
Q. ZHU, British Columbia
Transmission Corporation
• 2010GM1553,
Using State Estimation for Parameter and Model Error Identification
M. HWANG, AREVA-TD INC
B. BREWER, AREVA-TD INC