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New York Power AuthorityResearch and Technology Development
Israel Electric Company – ישראל החשמל חברת
אביב July 9, 2014 ,תל
Alan Ettlinger, Manager R&TD(011)+1-914-287-3068; [email protected]
•New York Power Authority (NYPA)•New York Independent System Operator (NYISO)
•New York State Research & Development Authority (NYSRDA)
•NYPAs Strategic Initiative•Smart Generation & Transmission
•AGILe
•NYPAs Research & Technology Development•Opportunities for cooperation with Israeli developers
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New York Power AuthorityToday’s Discussion
•Established by the NY State Legislature in 1931.
•Largest state public electric utility in the United States.
•Wholesale power supplier throughout New York State and neighboring states as required by law.
•Provides, with generation and power purchases, about 25% of New York State’s electricity.
•2013 Generation: 27.9 million MWh; 70% hydro; 30% gas/oil
•Transmission lines: 1,400+ circuit miles; 115kV, 230kV, 345kV & 765kV
•No Distribution System
•Non-profit energy corporation, does not use tax revenues or state credits, finances projects through bond sales and cash from operations
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New York Power AuthorityHistory and Charter
North American Electric Reliability Corporation (NERC)
– Independent, not-for-profit organization with mission to improve the reliability and security of the bulk power system in the U.S., Canada and part of Mexico
– Established in response to the 1965 blackout
– Compliance with NERC Reliability Standards became mandatory and enforceable in the U.S. in 2007
Northeast Power Coordinating Council (NPCC) Includes New York, New England, Ontario, Québec, and the Maritimes
Formed as voluntary, not-for-profit, regional reliability organization in 1966
NYISO
North American Electric Reliability CorporationNERC
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New York Independent System Operator (NYISO) Not-for-profit corporation responsible for operating the state’s bulk electricity grid
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765 kV Transmission ~155 circuit miles
345 kV Transmission
~928 circuit miles
230 kV Transmission
~338 circuit miles
115 kV Transmission
~35 circuit miles
Total Transmission
~1,456 circuit miles
Bulk Transmission Substations
21 substations
Portion of Bulk NYS Grid
~13% (>115kV)
~34% (>230kV)
New York Power AuthorityNYPAs Transmission System
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Niagara Power Project ~2,675 MW
St. Lawrence Power Project
~800 MW
Blenheim-Gilboa
~1,160 MW
Flynn Power Plant
~167 MW
Astoria CC Plant
~500 MW
Small Hydro Plants
~83 MW
Small Clean Power Plants
~461 MW
New York Power AuthorityNYPAs Generation
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New York Power AuthorityNYPAs Generation
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• The Energy Control Center (ECC) at Marcy coordinates NYPA transmission and generation with the NYISO and other TO’s (Transmission Operators)
• The transmission line maintenance and training facility is at the Clark Energy Center (CEC) in Utica, NY in Upstate NY
New York Power AuthorityClark Energy Center
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•The New York State Energy Research and Development Authority (NYSERDA) is a public benefit corporation established in 1975 to offerobjective information and analysis, innovative programs, technical expertise and funding to help New Yorkers increase energyefficiency, save money, use renewable energy, and reduce reliance on fossil fuels. http://www.nyserda.ny.gov/
•NYSERDA is focused on:•Energy Efficiency and Renewable Programs•Energy Innovation and Business Development•Energy Education and Workforce Development•Energy and the Environment•Energy Data, Planning and Policy
New York State Research & Development Authority
NYSERDA
10/29
New York State Research & Development AuthorityProject Example – Settingless Protection System
Funding Category: Product Development
NYSERDA Funding: $1,838,183
NYPA Funding: $ 392,195
Project Status: Ongoing
Project Summary: The objective of this task is to demonstrate settingless protection, which is a
protection scheme that does not require settings or the settings are simple and the need to coordinate
with other protective devices has been removed. The proposed settingless protection scheme is based
on continuously monitoring terminal voltages and currents of the component and monitoring other
possible quantities such as tap setting, temperature, etc. as appropriate for the component under
protection. The monitored data are utilized in a dynamic state estimation that continuously provides the
dynamic state of the component by fitting the data to the basic model equations of the device under
protection. The dynamic state is then used to determine the health of the component. Tripping or no
tripping is decided on the basis of the health of the component. The goal is to reduce the cost of
protection and increase protection reliability.
Project Roles: A prototype setting-less protective relay has been developed and tested at the Georgia
Tech laboratory. It requires the model of the protection zone (under protection) and the number and
type of measurements available. Georgia Tech proposes to implement and field evaluate the setting-
less protective relay on two protection zones of the NYPA system. Most likely the protection zones will
be: (a) the 765kV/345kV Autobank at Marcy substations and (b) the 765 kV transmission line between
Marcy and Massena substations. NYSERDA is funding the project
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Conditions in New York State are expected to mirror the changes in global energy markets,
resulting in a shift toward customer empowerment, decentralized energy generation and
greater use of data in the operation and maintenance of the transmission network. The key
uncertainty for energy companies everywhere is the precise form and timing these changes will take.
NYPAs Strategic InitiativeStrategic Vision 2014 - 2019
“Our vision is a Power Authority that enables a
thriving New York state through the provision of
sustainable, affordable energy, stewardship of
the state’s natural resources, and leadership in
innovative technologies and energy efficiency
services.”
12/29
• Customer Solutions - Expand NYPA’s customer solution offerings through the provision of a seamless bundle of services aligned to customer needs.
• Asset Management - Make the generation and transmission system more flexible, resilient, and agile utilizing existing and emerging technologies.
• Smart Generation and Transmission - Develop an asset management capability and process to improve the efficiency and effectiveness of our O&M and capital investments.
• Workforce Planning - Develop and implement a strategic workforce plan that ensures that NYPA attracts, retains, and develops employees with the skills competencies to achieve our goals.
• Knowledge Management - Establish an enterprise wide system to capture, organize, distribute, and adopt NYPA intellectual assets.
• Process Excellence - Create a business process improvement function to increase productivity; reduce cost, and minimize environmental impact.
NYPAs Strategic InitiativeStrategic Themes
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Objective: To develop and implement the next-generation transmission grid through the deployment of advanced technologies on the bulk transmission system. In pursuing this aim, we will explore options to modernize the grid, including acquisition of real-time, accurate data from sources in the field, implementation of enhanced system monitoring and data analysis tools, and development of advanced control software to enable automated responses.
…grid operations must embed much more intelligence in the system to provide real-time insight on rapidly changing conditions in order to secure ongoing grid stability and reliability…
NYPAs Strategic InitiativeStrategic Theme – Smart Generation & Transmission
Initial Steps:• Establish the Advanced Grid Innovation Lab for Energy (R&D Lab) project.• Install sensors and software for NYPA’s generation and transmission via R&D
projects for NYPA Operations. • Maintain the on-going collaboration with the Electric Power Research Institute
(EPRI) related to emerging techniques and technologies.
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NYPAs Strategic InitiativeSmart Generation & Transmission - AGILe
Building on the past…
15/29
Preparing for the future….
NYPAs Strategic InitiativeSmart Generation & Transmission - AGILe
Advanced Grid Innovation Labfor Energy (AGILe)
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NYPAs Strategic InitiativeSmart Generation & Transmission - AGILe
AGILe
▪ Lab for world class power systems engineering research
▪ Collaborative industry R&D and commercialization
▪ College of Nanoscale Science & Engineering (CNSE) is
AGILe’s inspiration
Resource
Need and
Timing
▪ NYPA to invest $35 million
▪ Phase I – New York transmission smart grid
▪ Phase II – Distribution system and integrated smart grid
▪ Product commercialization partnerships with industry
Benefits
▪ Reliability
▪ Economic Development
▪ Environmental
17/29
NYPAs Strategic InitiativeSmart Generation & Transmission - AGILe
Why
AGILe?
▪ Challenge: Grid must be modernized to allow for future “Integrated
Grid” with distributed and variable energy resources
▪ Opportunity: Establish New York as the epicenter of grid
modernization
▪ Future: Capture economic benefits of leadership in the global smart
grid market estimated at $36B in 2013 and $60B by 2020
Utilities and
ISO / RTOs
Corporations,
Startups
Universities
Government /
Regulatory
Five Key
Focus
Areas
Confidential – Proprietary and Predecisional
AGILe
Vision
Collaborative research and development lab
Multi-partnership model
Integrated grid concept
Powerful simulation and analysis capabilities
Leverage expertise, skills, and talent across the partners
Unique capability to model today’s grid to prepare simulations to
enable tomorrow’s Integrated, Resilient, and Connected Grid
NYPAs Strategic InitiativeSmart Generation & Transmission - AGILe
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Market Geography
Global
National
Northeast
NY
NYPA
Electric System Element
Transmission
Distribution
Beyond the Meter
Real-Time Cyber- Automation Sensors Power
Simulation Security Electronics
Scope of Services
Solid
Growth
Potential
Phase I: NY transmission system and real-time data simulation
Three growth vectors – geography, scope, system component
Phase II: Distribution system and working with private industry
Phase I
Phase II
NYPAs Strategic InitiativeAGILe – Growth – Geography, Scope & System Element
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▪ Integrate large-scale renewables and demand response
Reliability
Confidential – Proprietary and Predecisional
▪ Lower chance of blackouts
▪ 2003 blackout cost between $6 and $10 billion
Lower
Congestion
▪ Congestion in three transmission corridors in New York cost
$500 million in 2013 according to the NYISO CARIS Report
Reserve
Margin
▪ 15% reserve margin costs ≈$500 million annually
▪ Enhanced analytical and control capabilities could provide
savings
Economic
Development
▪ World class research facilities help create “cluster” of capability
that attracts other companies and researchers to locate nearby
Innovation▪ Leading edge research support for transmission and distribution
system operation improvements
Environment
Source: NYPA estimate
Source: ICF Consulting
NYPAs Strategic InitiativeAGILe – Expected Long Term Benefits
20/29
Confidential – Proprietary and Predecisional
Phase I -
R&D
Transmission
Capability
NYPA funds, owns and operates
Developed with EPRI
Research Advisory Board
Staffing – 10
20,000 square feet
Phase II –
Distribution
Commercial
Product
Development
Research agenda driven by Advisory Board
Professional management team
Choice of different ownership structures
Strong emphasis on commercialization
Contract work with private companies
Opportunity to flourish like CNSE
NYPAs Strategic InitiativeAGILe – Development Phases I and II
21/29
Confidential – Proprietary and Predecisional
NYPA Funds
Initial Cost
NYPA to provide $35 million to develop lab
$19 million – modeling hardware, software, licensing
NYPA to seek grants to offset initial investment
Industry Funds
Future
Operating
Expenses
Annual operations and maintenance expenses (O&M)
projected to be $3-10 million
Grants from DOE, NYSERDA
Research service contracts
Potential for rate recovery
Intellectual property revenue
Probable New York State ownership of lab infrastructure
NYPAs Strategic InitiativeAGILe – Investment
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Confidential – Proprietary and Predecisional
AGILe
Summary
NYPA bears initial risks
Energy grid and markets evolving rapidly
Unique opportunity to drive grid development in Phase I,
product development in Phase II
Flexible lab with advantages over its competitors
Emulate success of CNSE
Strong opportunity for economic development
Timing after NYPA Board Approval – 15 to 26 months
NYPAs Strategic InitiativeAGILe – Summary
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Note: NYPA has had exploratory discussions about the AGILe concept with most
of the institutions shown. More will approached over time. Not every institution
or company will participate in each phase or endeavor undertaken by AGILe
Collaboration across energy providers,
customers, research & product developers
within the state for simulation of scale
= differentiation
℠
24/29
NYPAs Strategic InitiativeAGILe – Summary
• RT&D Charter• Develop new, highly technical and innovative ideas, tools, and techniques
that have the potential to reduce NYPA’s operation and maintenance costs, increase NYPA power systems’ efficiency, reliability, and safety. In addition, maintain the implementation process of new technologies in support of NYPA's generation and transmission equipment and components in the both hydro and fossil plants including activities pertaining to the advanced monitoring and diagnostics area, power quality, substation electrical systems and power apparatus, monitoring and diagnostic technologies, transmission vibration, corrosion detection and condition assessment and right-of-way maintenance management.
• R&TD Staff • Includes a Manager and 6 Engineers
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NYPA Research & Technology DevelopmentR&TD Organization
• PMU/DFR (Phasor Measurement Units/Digital Fault Recorder) Installations• Syncrophasor applications• On-line transformer bushing monitoring• Dynamic line ratings• Video sagometer• Settingless protection• Convertible Static Compensator (CSC) system upgrade• Condition monitoring• Fish friendly turbines• Computational fluid dynamics (CFD) simulations of hydro plants• Infrared cameras• Insulator integrity• Vegetation management• Situational awareness enhancements for operators
26/29
NYPA Research & Technology DevelopmentR&TD – Sample of On Going Projects
• Organizations• Electric Power Research Institute (EPRI)• Center for Energy Advancement through Technology Innovation (CEATI)• New York State Energy Research and Development Authority (NYSERDA)• Power Systems Engineering Research Center (PSERC)
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NYPA Research & Technology DevelopmentR&TD – Current Partners
• Universities• Rensselaer Polytechnic Institute• State University of New York• Cornell University• North Carolina State University• Georgia Institute of Technology• University of Tennessee (CURENT center)• Power Systems Engineering Research Center (PSERC)
• Businesses• IBM• Siemens• Quanta Technologies• V&R Energy• NEXANS
•Opportunities
•AGILe Lab
• Partnering with businesses and organizations where shared R&D is implemented in the NYPA System
•Opportunities that meet NYPAs Strategic Vision
•Opportunities that support NYPA Operations
28/29
NYPA Research & Technology DevelopmentR&TD – Partnering Opportunities