Sioshansi F.P. Smart Grid: Integrating Renewable, Distributed & Efficient Energy
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Mr. Langbein holds a BA in economics with honors from
Montclair State College and an MA in Applied
Microeconomics and Economics from New York University.
William Lilley is a Principal Research Scientist at Energy
Transformed Flagship, Commonwealth Scientific and
Industrial Research Organization (CSIRO), Australia's
national science agency. Dr. Lilley designs and leads large
integrated modeling programs investigating possible energy
futures. In 2009 Dr. Lilley was seconded as a principal
advisor to the Australian federal government's Smart Grid
Smart City initiative. He is a scientist with expertise in
distributed energy, smart grids, and transport and
environmental analysis. He is currently designing an
analytical framework to optimize the development of
generation assets and associated transmission and distribution
networks to meet Australia's greenhouse gas reduction targets.
Dr. Lilley recently released a comprehensive report detailing
the value of distributed energy, broadly covering distributed
generation, demand management, and energy efficiency for
Australia. He has studied the impact of motor vehicle and
industrial emissions on human exposure, emission
measurements from motor vehicles and freight locomotives,
inverse modeling techniques for determining fluxes from
complex area sources, impacts of intelligent transport
systems, and the development of a near field chemically
reactive dispersion model.
Dr. Lilley holds undergraduate degrees in Science and a PhD
in Environmental Science from the University of Newcastle,
Australia.
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Iain MacGill is an Associate Professor in the School of
Electrical Engineering and Telecommunications at the
University of NSW, and Joint Director (Engineering) for the
University's Centre for Energy and Environmental Markets
(CEEM). Iain's teaching and research interests include
electricity industry restructuring, sustainable energy
technologies, and energy and climate policy.
CEEM undertakes interdisciplinary research in the analysis
and design of energy and environmental markets and their
associated policy frameworks. It brings together UNSW
researchers from the Faculties of Engineering, Business,
Science, Law and Arts and Social Sciences. Dr. MacGill leads
two of CEEM's three major research programs. The
Sustainable Energy Transformation program is researching
sustainable energy technology assessment, renewable energy
integration and frameworks for sustainable energy transitions.
The Distributed Energy Systems program is undertaking
research on ‘smart grids’ and ‘smart’ homes, and
frame-works for facilitating distributed generation and
demand-side participation in electricity markets. Iain has
published widely in these and related areas.
Dr. MacGill has a Bachelor of Engineering (Electrical) and a
Master's of Engineering Science (Biomedical) from the
University of Melbourne, and a PhD on electricity market
modeling from the University of NSW.
Kamen Madjarov is an Associate with The Brattle Group.
His work focuses on the analysis of integrating renewable
generation onto the power grid. He was recently part of a
team that designed and developed a computational tool that
quantifies the operational impact of variable resources on the
grid.
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He is currently completing his PhD in Economics at
Northeastern University.
Todd McGregor is the AMI Program Manager at Pepco
Holdings, Inc (PHI), one of the largest energy delivery
companies in the mid-Atlantic region, serving 1.9 million
customers in Delaware, the District of Columbia, Maryland,
and New Jersey. Mr. McGregor's responsibilities include
procuring and deploying the Advanced Metering
Infrastructure (AMI) and Meter Data Management System,
redesigning the affected business processes, managing the
change to the new business processes, realizing the
operational and customer benefits associated with AMI, and
supporting regulatory filings in the context of PHI's smart
grid initiative. He was also recently elected as Co-Chair of the
Implementation Working Group of the Gridwise Alliance.
He previously served at PHI as the process manager for
meter-to-cash, where he was responsible for the design,
execution, and improvement of PHI's “order to cash” process.
Mr. McGregor received his BS in Accounting and Business
Administration from Illinois State University and an MBA in
Finance and Accounting from the University of Illinois at
Urbana-Champaign.
Se Jin Park is a Manager of the Demand Market Team in the
Electricity Market Department of the Korea Power Exchange
in Seoul, Korea. His long career as an established Electricity
Engineer in Korea includes years of industry experience
related to demand response, market operation, and power
system planning.
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Mr. Park provides leadership and support for an International
Collaboration Program on Distributed Energy Resources. In
doing so, he collaborates with U.S. universities, research
centers, and businesses on research aimed to strengthen the
planning, analysis, and implementation of distributed energy
resources.
Mr. Park received a degree in Electrical Engineering at
Yeungnam University.
Glenn Platt leads the Local Energy Systems Theme within
the Energy Transformed Flagship, Commonwealth Scientific
and Industrial Research Organization (CSIRO). Prior to
CSIRO, Platt worked in research and engineering roles with a
variety of organizations, from Nokia Mobile Phones to small
engineering consulting firms, covering the
telecommunications, engineering, and industrial automation
fields.
The Local Energy Systems Theme within CSIRO aims to
apply the latest state-of-the-art technologies to reducing
energy consumption through energy management systems,
improved building design and modeling, new devices, and
smart grid technologies.
Dr. Platt holds a PhD, MBA, and an electrical engineering
degree, all from the University of Newcastle, Australia.
William Prindle is a Vice President with ICF International, a
global energy-environment consultancy. He helps lead the
firm's energy efficiency work for government and business
clients, including major support work for U.S. EPA's
ENERGY STAR
®
and related efficiency programs, as well as
utility efficiency program development. He also supports the
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firm's corporate energy management, carbon management,
and sustainability advisory services.
He was previously Policy Director at the American Council
for an Energy-Efficient Economy (ACEEE), where he led
research and advocacy work on energy and climate policy for
federal and state governments. Prior to that, he directed
buildings and utilities programs for the Alliance to Save
Energy, and was a management consultant before that.
Mr. Prindle received his B.A. in Psychology from
Swarthmore College and M.S. in Energy Management and
Policy from the University of Pennsylvania.
Luke Reedman is Energy Modeling Stream Leader in the
Energy Transformed Flagship, Commonwealth Scientific and
Industrial Research Organization (CSIRO). Dr. Reedman is
an economist with expertise in energy market analysis and
economic modeling of the transport and stationary energy
sectors. He leads energy modeling research with ongoing
research in multiscale energy modeling, integrated assessment
of the development of energy markets and networks,
sustainable aviation fuels, alternative road transport analysis,
and investment under uncertainty.
Dr. Reedman has published on energy futures, examining the
effects of carbon constraints on the deployment of distributed
generation, the impact of policy uncertainty on the
deployment of low-emission electricity generation
technologies, and the possible implications of convergence
between the electricity and transport sectors.
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Dr. Reedman holds undergraduate degrees in Economics and
Applied Finance and a Ph in Economics from the University
of Newcastle, Australia.
Philippe Rivière is an Associate Professor at Mines
ParisTech and the head of the MSc Energy Strategies.
He has been working on the Demand Side Management
research team since 2004, focusing mainly on HVAC of
buildings. He led several studies on this topic for the French
Energy Agency ADEME and the European Commission. His
expertise extends to modeling energy systems in buildings,
power generation, and the life-cycle analysis of these systems.
Professor Rivière graduated in mechanical engineering from
the Ecole Nationale Supérieure des Techniques Avancées and
holds a PhD in Energy from Mines-ParisTech.
Mark A. Rothleder is Director of Market Analysis and
Development at the California Independent System Operator
Corporation (CAISO) and leads the renewable integration
initiative. He has previously held the positions of Principal
Market Developer and Director of Market Operations and was
part of the CAISO start-up team. Prior to joining CAISO, he
worked in the Electric Transmission Department of Pacific
Gas & Electric Company, where his responsibilities included
Operations Engineering, Transmission Planning, and
Substation Design.
Since joining the CAISO he has worked extensively on
implementing and integrating the approved market rules for
California's competitive Energy and Ancillary Services
markets and the rules for Congestion Management,
Real-Time Economic Dispatch, and Real-Time Market
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Mitigation into the operations of the CAISO Balancing
Authority Area. He was instrumental in the implementation of
market rules and software modifications to CAISO's Market
Redesign and Technology Upgrade project (MRTU) in 2009.
Rothleder is a registered Professional Electrical Engineer in
the state of California and earned a BS in Electrical
Engineering from the California State University,
Sacramento, and an MS in Information Systems from the
University of Phoenix.
Heather Sanders is the Director of Smart Grid Technologies
and Strategy at the California Independent System Operator
(CAISO), where she is responsible for research and
promotion of smart grid and other technologies supporting
ISO reliability, market efficiency, and transmission utilization
objectives.
Ms. Sanders recently led an effort to develop a Smart Grid
Roadmap for the ISO that resulted in a high-level approach to
integrating advanced and smart grid technologies to support
the California state and ISO objectives.
She graduated from South Dakota School of Mines and
Technology with a BS in Electrical Engineering and has an
MBA from the University of Utah.
Fereidoon P. Sioshansi is President of Menlo Energy
Economics, a consulting firm based in San Francisco,
California, serving the energy sector. Dr. Sioshansi's
professional experience includes working at Southern
California Edison Company (SCE), the Electric Power
Research Institute (EPRI), National Economic Research
Associates (NERA), and most recently, Global Energy
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Decisions (GED), now called Ventyx. He is the editor and
publisher of EEnergy Informer, is on the Editorial Advisory
Board of The Electricity Journal, and serves on the editorial
board of Utilities Policy.
Dr. Sioshansi's interests include climate change and
sustainability, energy efficiency, renewable energy
technologies, regulatory policy, corporate strategy, and
integrated resource planning. His four recent edited books,
Electricity Market Reform: An International Perspective, with
W. Pfaffenberger; Competitive Electricity Markets: Design,
Implementation, Performance; Generating Electricity in a
Carbon Constrained World; and Energy, Sustainability, and
the Environment: Technology, Incentives, Behavior, were
published in 2006, 2008, 2009, and 2011, respectively.
He has degrees in Engineering and Economics, including an
MS and PhD in Economics from Purdue University.
Paul M. Sotkiewicz is the Chief Economist in the Market
Services Division at the PJM Interconnection where he
provides analysis and advice on PJM's design and
performance, including the implications of federal and state
policies on various PJM markets. Prior to his present post he
served as the Director of Energy Studies at the Public Utility
Research Center, University of Florida, and prior to that he
was an economist in the Office of Economic Policy and later
served on the Chief Economic Advisor's staff at the Federal
Energy Regulatory Commission.
At PJM, Dr. Sotkiewicz has led initiatives to reform scarcity
pricing as mandated by FERC Order 719 and has also led
efforts examining transmission cost allocation and the
potential effects of climate change policy on PJM's energy
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market. He has also been involved in developing proposals
for compensating demand resources in PJM's energy market
prior to the recent FERC NOPR on demand response
compensation and is involved in the development of
price-responsive demand.
Dr. Sotkiewicz received a BA in History and Economics from
the University of Florida and an MA and PhD in Economics
from the University of Minnesota.
James Strapp is a Partner in IBM's Energy and Utilities
Strategy and Change Consulting Practice, based in Toronto,
Canada, where he leads a global team of smart grid specialists
providing expertise on IBM's largest and most strategic
engagements around the world. In this capacity, he is actively
engaged in a variety of smart grid projects in North America,
Australia, and Europe. He has been involved in Ontario's
electricity market for nearly 15 years, including engagements
with the Independent Electricity System Operator, the Ontario
Energy Board, and local distribution companies.
He started his consulting career 20 years ago focusing on
greenhouse gas abatement strategies and the evaluation of
demand-side management programs, including engagements
in Ontario, British Columbia, the United Kingdom, and
Australia.
Mr. Strapp has a BA from the University of Western Ontario
and an MSc in Geography from the University of Victoria.
Samir Succar is a Staff Scientist at the Natural Resources
Defense Council's (NRDC) Center for Market Innovation
based in New York. His work focuses on the integration of
renewable energy and the role of T&D infrastructure
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upgrades, demand resources, energy storage, and other
enabling technologies.
Prior to joining NRDC, he was a member of the research staff
of the Energy Systems Analysis group at the Princeton
Environmental Institute at Princeton University, where his
research focused on integration issues associated with
utility-scale renewable energy and on enabling technologies
for intermittent generation. His interests include reliance on
energy storage to enhance transmission infrastructure
utilization and mitigating the intermittency of renewable
energy, specifically compressed air energy storage, and other
bulk storage technologies.
Dr. Succar received a BA from Oberlin College and a PhD in
Electrical Engineering from Princeton University.
Steve Sunderhauf is Manager of Customer Programs at
Pepco Holdings, Inc. (PHI), the holding company for Atlantic
City Electric Company, Delmarva Power & Light Company,
and Potomac Electric Power Company.
Mr. Sunderhauf is responsible for the design and evaluation
of customer demand-side management programs for PHI's
three regulated utilities. His responsibilities include the
design, development, and evaluation of new
smart-grid-enabled customer product offerings, which include
advanced metering infrastructure (AMI) enabled dynamic
pricing and AMI-enabled demand response equipment.
Mr. Sunderhauf earned an economics degree from Bucknell
University, an M.S. degree in public policy and management
from Carnegie-Mellon University, and a J.D. from the George
Washington University. He is a member of the Maryland Bar.
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