Super Sessions
Click on a session title in the
table below to be connected to a description of the session and links for each
available presentation. (Tracks: 1: Understanding and Responding to System Wide Events; 2: Utilization of Energy Resources; 3: New Technologies; 4: Power Reliability, Quality, and
Safety; 5: Improved Measurement
and Control Techniques; 6: New Market
Structures; blank: multiple
tracks or no track.)
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Track |
Session Name |
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Distributed
Generation Super Session |
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Tues AM |
3 |
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Tues AM |
4 |
Network Security Management
Focussed on Dispersed Generation |
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Tues PM |
3 |
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Nuclear Power Super
Session |
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Tues AM |
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Tues PM |
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Smart Grid Super
Session |
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Tues PM |
3 |
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Vision 2020 Super
Session |
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Thur AM |
3 |
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Wind Power Super
Session |
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Tues AM |
2 |
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Tues PM |
2 |
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Wed AM |
3 |
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Future Outlook and Application Status for Fuel Cells
Chair: H. Nehrir,
Fuel cell (FC) technologies have experienced exponential
growth during the last decade, and the number of installed FC units for
large-scale power generation applications has been increasing rapidly
world-wide. Governmental policies, public opinion, and FC technological
advances have all contributed to this phenomenal growth. It is expected that FC
technology will continue to advance significantly in the 21st century, and FCs
will be more widely implemented. However, a number of barriers must be overcome
before FCs can be a reliable energy source.
Governmental policies and targets, R&D, application
status, and the future outlook for FCs in power generation applications were
presented in this panel by representatives from the industry and government
research laboratories.
PRESENTATIONS
AND PANELISTS:
08GM0463, DOEs SECA and FutureGen Programs: Progress and Plans
W.
SURDOVAL,
National Energy Technology Laboratory
08GM0455, Advanced Power Conditioning System Technologies for High-Megawatt Fuel Cell Power Plants
A.
HEFNER,
Natinal Institute of Standards
08GM1055, Outlook and Application Status of the Rolls-Royce Fuel Cell Systems SOFC
D.
NICHOLS,
Rolls-Royce Fuel Cell Systems (US)
G.
AGNEW, Rolls
Royce Fuel Cell Systems (
D.
STRICKLAND,
Rolls Royce Fuel Cell Systems (
08GM0215, R&D and Deployment of Residential Fuel Cell Cogeneration Systems in Japan
K.
MAEDA, Osaka
Gas Co., Ltd.
M.
SUZUKI,
Osaka Gas Co., Ltd.
H.
AKI,
National Institute of Advanced Industrial Science and Technology (AIST)
Network Security Management Focussed on Dispersed
Generation
Chairs: T. Hammons,
Z. Styczynski,
Otto-von-Guericke-University,
The panel focused on the present problems of secure power
system operation due to high penetration of dispersed generation. Especially in
Improving
weather forecasts,
Planning
taking into account availability of energy,
Optimal
reserve management,
Delivery
of system services by DGs and
Use
of generation management
were presented. All presented papers described the
results of complex studies which have been practically implemented in the
European TSOs or DSOs.
PRESENTATIONS
AND PANELISTS:
08GM0191, Network Security Management (NSM) Focused on Dispersed Generation
Working
Group on European Electricity Infrastructure
T.
HAMMONS,
Z.
STYCZYNSKI,
Otto-von Guericke-University
08GM0039, Improving Security of Power System Operation Applying DG Production Forecasting Tools.
K.
ROHRIG,
ISET
B.
LANGE, ISET
08GM0572, Reliability Issues in Power Systems With DG
J.
PASKA,
A.
OLEKSY,
PSE-Operator
08GM0501, Future Distribution Systems With Dispersed Generation Will Require Network Security Measures as Transmission Systems of Today
R.
KREBS,
Siemens AG, PTD SE PTI
E.
LERCH,
Siemens AG
O.
RUHLE,
Siemens AG
S.
GAL,
Transelectrica, Romania Power Grid Company
F.
LAZAR,
Transelectrica, Romania Power Grid Company
D.
PAUNESCU,
Transelectrica, Romania Power Grid Company
08GM1177, Local DER Driven Grid Support by Coordinated Operation of Devices
C.
WARMER,
Energy Research Centre of the
M.
HOMMELBERG,
Energy Research Centre of the
K.
KOK,
Energy Research Centre of the
R.
KAMPHUIS,
Energy Research Centre of the
08GM0040, Distributed Generation Producers Reserve Management
Z.
VALE,
Polytechnic Institute of
H.
MORAIS,
Polytechnic Institute of
M.
CARDOSO,
Polytechnic Institute of
C.
RAMOS,
Polytechnic Institute of
H.
KHODR,
Polytechnic Institute of
08GM0531, System Service in a System With a High DG Penetration - A Task for DG?
A.
ORTHS,
Energinet.dk
P.
ERIKSEN,
Energinet.dk
08GM0038, Network Security Management Tool for Distribution Systems
Z.
STYCZYNSKI,
Otto-von-Guericke-University
C.
HEYDE,
Otto-von-Guericke-University
B.
BUCHHOLZ,
Siemens AG,
O.
RUHLE,
Siemens AG,
08GM0762,
Distribution Grid Security Management With High DG Penetration Rate: Situation
in
C.
KIENY,
IDEA/EDF
N.
HADJSAΟD,
INPG/IDEA
B.
RAISON,
INPG/IDEA
Y.
BESANGER,
INPG/IDEA
R.
CAIRE,
INPG/IDEA
D.
ROYE,
INPG/IDEA
T.
TRAN-QUOC,
IDEA
O.
DEVAUX,
EDF R&D
G.
MALARANGE,
EDF R&D
08GM0596, Optimal and Secure Transmission of Stochastic Load Controlled by WACS - Swiss Case
H.
SAUVAIN,
J.
LALOU,
Z.
STYCZYNSKI,
Otto-von-Guericke-University
P.
KOMARNICKI,
Fraunhofer Institute for Factory Operation and Automation
Advances in Distributed Resources
Chair: J. Bzura, National Grid
This session, the seventh of an annual series, focused on
distributed generation (DG) and distributed energy storage (DES), which comprise
distributed resources (DR). The program included: an update on sodium-sulfur
(NaS) battery energy storage technologies; an overview of small-hydro systems;
a discussion of the wide-ranging energy studies being carried out by Natural
Resources Canada; a PV program in
The session began with a brief discussion of the DG &
ES Working Group, including the range of technical interests and potential
topics for future panel sessions.
PRESENTATIONS
AND PANELISTS:
08GM0425, Sodium-Sulfur (NaS) Batteries for Utility Energy Storage Applications
B.
ROBERTS,
S&C Electric Company
P.
DONALEK,
MWH Global
08GM1302, DG and
Energy Storage Activities Conducted at Natural Resources
M.
CHAMBERLAND, Natural Resources
08GM1106, Improve Your Utilization Factor With Performance Based Solar Incentives - Its Easier than You Think.
R.
BRODERICK,
PNM
C.
OTERO-GOODWIN, PNM
08GM0447, Residential Combined Heat and Power (CHP) Technologies - An Overview: Summary of a Panel Session Presentation
J.
BZURA,
National Grid
Chair: J. Disosway, Dominion
Recognized as environmentally neutral, nuclear power is
experiencing renewed interest in addressing the expected growth in electric
power demand of the 21st century. This interest has driven significant changes
in the industry over the past 20 years that have redefined both the
technologies and the methods of deployment of nuclear power generating stations.
This session introduced the IEEE/PES Nuclear Power
Engineering Committee that has been responsible for the creation and
maintenance of the IEEE standards foundational to the industry for the past 40
years. Changes to reactor licensing practices in the
PRESENTATIONS
AND PANELISTS:
NPEC
S.
MALCOLM, AECL
New Reactor Licensing: Design Finality vs. Application Reality
D.
MATTHEWS, US
Nuclear Regulatory Commission
ABWR
T.
IKURA, Toshiba
Nuclear
ESBWR and the Nuclear Renaissance
R.
MILLER, GE-Hitachi
ACR-1000: Designed for Operability
R.
DIDSBURY, AECL
S.
CASPERSSON, Westinghouse Electric Company
Chair: J. Carter, Shaw Group
Recognized as environmentally neutral, nuclear power is
experiencing renewed interest in addressing the expected growth in electric
power demand of the 21st century. This interest has driven significant changes
in the industry over the past 20 years that have redefined both the
technologies and the methods of deployment of nuclear power generating
stations.
This session reviewed the beneficial impact of IEEE
standards on the nuclear industry. Strategies for dealing with cyber security,
a significant technical challenge in the age of digital controls, were
presented. And the latest evolutionary designs of Pressurized Water Reactors were
discussed.
PRESENTATIONS AND PANELISTS:
Legacy from IEEE Nuclear Power Standards: Environmental Stewardship & Sustainable Design
J.
GLEASON, GE
Hitachi Nuclear Energy
The Standardized Cyber Security Programs Initiative
R.
BRAMLETT, Nuclear
Energy Institute
Mitsubishi Advanced Pressurized Water Reactor
C.
PAULSON, Mitsubishi
Nuclear Energy Systems, Inc.
T.
STACK, AREVA
NP, Inc.
G.
STORRICK,
Westinghouse Electric Co., LLC
M.
CARELLI,
Westinghouse Electric Co., LLC
T.
SCHULZ, Westinghouse
Electric Company
Emerging
Technologies in Support of Smart Grids
Chairs: D. Novosel, Quanta
M.
Environmental concerns and power quality delivery needs
have led regulators to sponsor new programs in energy efficiency, renewable
energy capacity generation, and reliability improvements. Utilities are
responding to those needs. Energy generation assets (e.g. wind, solar, storage)
have become more attractive for big buy-out groups and investors and government
and private investors started providing financial support to support
technologies, such as Smart Grid.
In general, smart grid could be described as the use of
advanced technologies to improve the performance of electric utility systems
with performance including:
Efficiency
and Utilization
Power
Quality and Reliability
Utility
Bottom Line
Etc.
The foundation of smart grid is new distributed data
communication, computing, and control technologies, comprising efficient
transfer of data and control from/to/among many field units.
Many R&D initiatives are currently under way to
develop a vision for the electric grid of the future. In this super session,
prominent industry speakers presented some key technologies in Support of Smart
Grids. The first session addressed distribution system aspects, sustainable
energy, and communication and information technology aspects. The second
session will address wide area monitoring protection and control and FACTS.
PRESENTATIONS
AND PANELISTS:
08GM1691, Emerging Technologies in Support of Smart Grids
D.
NOVOSEL,
Quanta Technology
08GM1701, Using AMI to Realize the Smart Grid
D.
HART,
Elster
08GM1423, Future Power Delivery Systems
M.
BARAN, NC
A.
08GM1703, Smart Distributed Control of Power Systems
D.
DIVAN,
Georgia Institute of Technology
08GM1603, Utility Experience With Developing a Smart Grid Roadmap
M.
MCGRANAGHAN, Electric Power Research Institute
D.
VON DOLLEN,
Electric Power Research Institute
P.
MYRDA,
Electric Power Research Institute
E.
GUNTHER,
Enernex
08GM1687, Information Services for Smart Grids
R.
KING,
J.
ENSLIN,
Alpha Technologies Inc.
08GM1649, Sustainable Energy Portfolio Management
B.
WOJSZCZYK,
Quanta Technology
F.
KATIRAEI,
CANMET Energy Technology Centre - Varennes
08GM1699, Emerging Technologies in Transmission Networks
M.
BEGOVIC,
Georgia Institute of Technology
08GM1704, Use of Synchronized Phasor Measurement System for Monitoring Power System Stability and System Dynamics in Real-Time.
B.
BHARGAVA,
Southern California Edison Co.
A.
SALAZAR,
Southern California Edison Co.
Z.
HUANG,
Battelle -
J.
DAGLE,
Battelle -
08GM1640, Technological Advancements in Grid Revitalization Present and Future
V.
MADANI, Pacific
Gas and Electric Company
L.
SOLLECITO, GE
Multilin
Chair: H. Koch, Siemens AG
The Super Session "Vision 2020" led the view to
the not so far future. The authors of the 11 papers received gave their views
on how their technical field will give impact on the electric network
development in the year 2020. The contributions covered the following technical
fields:
Digital
Communication
Cyber
Security
Dynamic
Network Security
AC
and DC Transmission Systems.
The contributions of the session reflected a wide span of
technical fields and represented different PES committees like Substations,
Power System Communication, Power System Dynamic Performance, and Transmission
and Distribution.
The cross border discussion in this session with experts
of several technical fields widened the view on the network problems of
tomorrow.
PRESENTATIONS
AND PANELISTS:
08GM0086, The Information Integration Mode Research of 500kV Unattended-Operation Substation
Y.
YI,
Y.
CAO,
B.
LIU,
Hangzhou Zhiguang Econ Co. Ltd.
C.
GUO,
08GM0403, Secure Authentication for DNP3
G.
GILCHRIST,
EnerNex Corporation
08GM0502, Vision 2020 Dynamic Security Assessment in Real Time Environment
G.
BIZJAK,
U.
KERIN,
R.
KREBS,
Siemens AG,
E.
LERCH,
Siemens AG,
O.
RUHLE,
Siemens AG,
08GM0606, NERC CIP Compliance: Weve Identified Our Critical Assets, Now What?
M.
MERTZ,
S.
HEROLD,
ABB Switzerland Ltd.
08GM0938, A New-Style Centralized IED Based on IEC 61850
Y.
YI,
J.
ZHANG,
B.
LIU,
Hangzhou Zhiguang Econ Co. Ltd.
L.
XU,
Y.
CAO,
C.
GUO,
08GM1166, Super Session 'Vision 2020' IEEE General Meeting 2008 Application of Long High Capacity Gas Insulated Lines in Structures
H.
KOCH, Siemens AG
08GM1193, Vision 2020: Blackout Prevention by Combined Protection and Network Security Assessment
R.
KREBS, Siemens
AG,
E.
LERCH,
Siemens AG,
O.
RUHLE,
Siemens AG,
S.
GAL,
Transelectrica
F.
LAZAR,
Transelectrica
D.
PAUNESCU,
Transelectrica
08GM1199, Vision 2020 - Security of the Network Operation Today and in the Future. German Experiences
R.
KREBS,
Siemens AG,
B.
BUCHHOLZ,
Siemens AG,
Z.
STYCZYNSKI,
K.
RUDION,
C.
HEYDE,
Y.
SASSNICK,
Vattenfall Europe Transmission GmbH
08GM1210, The Design of an Object-Oriented Embedded Platform for Substation Data Integration
J.
ZHANG,
C.
GUO,
L.
XU,
Y.
CAO,
08GM1462, The Evolution of Monitoring and Controlling in Electric Power Substations
B.
TATERA JR.,
Pacific Gas & Electric Company
H.
Chair: E. DeMeo, Renewable Energy Consulting
Services, Inc.
Over the past two years, a major effort was undertaken in
the
In parallel across the
PRESENTATIONS
AND PANELISTS:
08GM0170, 20% Electricity from Wind Power: An Overview
E.
DEMEO,
Renewable Energy Consulting Services, Inc.
08GM1658, Wind
Turbine Technology - The Path to 20%
J.
LYONS, GE
Global
M.
ROBINSON,
National Renewable Energy Laboratory
P.
VEERS
R.
THRESHER
08GM0878, Power System Modeling of 20% Wind-Generated Electricity by 2030
M.
HAND,
National Renewable Energy Laboratory
N.
BLAIR,
National Renewable Energy Laboratory
M.
BOLINGER,
Lawrence
R.
WISER,
Lawrence
R.
O'CONNELL,
Black & Veatch
T.
HERN,
Western Resources Advocates
B.
MILLER,
Western Resources Advocates
08GM1084, The 20%
Wind Scenario and Integration into the
J.
SMITH, UWIG
08GM1044, Interstate Electric Superhighways
J.
STOUGH,
American Electric Power
08GM0698, Environmental and Siting Status and Needs of 20% Electricity from Wind Power
L.
JODZIEWICZ,
American Wind Energy Association
08GM0737, 20% Electricity from Wind Power: Benefits, Impacts and Policy-Related Issues
J.
08GM1181, European Wind Integration Study( EWIS) for a Successful Integration of Wind Power into European Transmission System
W.
WINTER,
European Wind Integration Study
L.
DALE,
European Wind Integration Study
L.
FISCHER,
European Wind Integration Study
D.
KLAAR,
European Wind Integration Study
J.
GARCΝA,
European Wind Integration Study
F.
VERMEULEN,
European Wind Integration Study
08GM0946, Ultra High Wind Energy Penetration in an Isolated Market
S.
TWOHIG,
UCD
K.
BURGES,
UCD
C.
NABE, UCD
A.
CROWE, UCD
K.
POLASKI,
UCD
M.
O'MALLEY,
UCD
Towards
Successful Integration of Wind Power into European Electricity Grids: Challenges,
Methods and Results
Chairs: T. Hammons,
A. Orths, Energinet.dk
Expansion of wind energy during the past years in
numerous European countries has led to increased concerns how this volatile and
only partly predictable energy source may be integrated into the existing power
systems. Yet in the meantime much operational experience has been gathered and
new concepts are being developed to cope with wind power fluctuations even far
beyond those observed today. The newest developments were presented and
discussed in this session, bringing together experts from academia and
industry.
PRESENTATIONS
AND PANELISTS:
Working
Group on European Electricity Infrastructure
T.
HAMMONS,
A.
ORTHS,
Energinet Dk
C.
WEBER,
University of Duisburg-Essen
08GM0449, Influences of Wind Energy on the Operation of Transmission Systems
D.
WANIEK,
U.
HΔGER,
C.
REHTANZ,
E.
HANDSCHIN,
08GM0602, MaWind - Tool for the Aggregation of Wind Farm Models
K.
RUDION,
Otto-von-Guericke-University
Z.
STYCZYNSKI,
Otto-von-Guericke-University
A.
ORTHS,
Energinet.dk
O.
RUHLE,
Siemens AG
08GM0653, Valuation of Variability and Unpredictability for Electricity Generation
C.
WEBER,
University Duisburg-Essen
08GM0386, New Developments in Wind Energy Forecasting
M.
LANGE,
Energy & Meteo Systems GmbH
U.
FOCKEN,
Energy & Meteo Systems GmbH
08GM0369, Selected Studies on Offshore Wind Farm Cable Connections - Challenges and Experience of the Danish TSO
W.
WIECHOWSKI,
Energinet.dk
P.
ERIKSEN,
Energinet.dk
08GM0480, Implementation of Wind Power in the Dutch Power System
W.
KLING,
TenneT bv
M.
GIBESCU,
B.
UMMELS,
R.
HENDRIKS,
08GM0802, Efficient Management of Wind Energy In-Feed at a Large German TSO
O.
CHATILLON,
EnBW Transportnetze AG
D.
GRAEBER,
EnBW Transportnetze AG
Advances
in Wind Energy Conversion Technology
Chair: B. Chowdhury,
The need for accurate dynamic models of wind plants for
grid planning studies is increasing. Grid codes are also evolving that include
more rigorous performance requirements. Since the equipment and models are
continuously evolving, there is an ongoing need to update and validate wind
plant models. Efforts are under way to accurately represent the various wind
turbine models as well as validate the models by field tests. This panel looked
at model development efforts as well as technologies for grid connection for
on- and off-shore wind.
PRESENTATIONS
AND PANELISTS:
08GM0841, Field Testing and Model Validation of Wind Plants
R.
PIWKO, GE
Energy
N.
MILLER,
GE Energy
J.
MACDOWELL,
GE Energy
08GM0227, Validation of Wind Power Plant Models
E.
MULJADI,
National Renewable Energy Laboratory
A.
ELLIS,
Public Service Company of
08GM0584, Advanced Transmission Solutions for Offshore Wind Farms
W.
KLING,
R.
HENDRIKS,
H.
DEN BOON,
08GM1118, Wind Turbine Generator Low Voltage Ride Through Requirements and Solutions
G.
JOOS,
08GM1411, High Voltage Ride-Through of DFIG-Based Wind Turbines
C.
FELTES,
University Duisburg-Essen
S.
ENGELHARDT,
Woodward SEG GmbH &Co. KG
J.
KRETSCHMANN, Woodward SEG GmbH&Co. KG
J.
FORTMANN,
REpower Systems AG
F.
KOCH,
REpower Systems AG
I.
ERLICH,
University Duisburg-Essen
08GM1514, Wind Parks as Power Plants - 2008
S.
SAYLORS,
Vestas