State of New York | Executive Chamber
David A. Paterson | GovernorFor Immediate Release: February
27, 2009
Contact: Errol Cockfield |
errol.cockfield@chamber.state.ny.us | 212.681.4640 |
518.474.8418
LIPA Contact: Ed Dumas |
edumas@lipower.org | 516.719.9838
GOVERNOR PATERSON ANNOUNCES PLANS FOR THE
LARGEST SOLAR ENERGY PROJECT IN STATE HISTORY
Project Would Provide Enough Power for 6,500 Households
and Reduce Carbon Emissions by 20,000 Tons Per Year – Supports
Governor’s “45 by 15” Clean Energy Initiative
Governor David A. Paterson today announced that the largest
solar energy project in New York State history is moving forward
on Long Island, increasing the State’s total solar energy
production threefold. The 50 megawatt (MW) project would provide
enough power to sustain more than 6,500 households and reduce
carbon dioxide emissions by 20,000 tons per year.
The solar project is consistent with Governor Paterson’s
recently announced “45 by 15” program, which establishes the
goal for the State to meet 45 percent of its electricity needs
through improved energy efficiency and renewable sources by the
year 2015. A statewide focus on solar energy was also a core
recommendation of Governor Paterson’s Renewable Energy Task
Force in February 2008.
“This project is not only the largest of its kind in State
history, it is also one of the first of its kind in our nation,
proving once again that New York is at the forefront of the
renewable energy revolution,” said Governor Paterson. “As I
outlined in my State of the State address, our ‘45 by 15’
program is one of the most ambitious clean energy goals in the
country, and we estimate that it will create 50,000 new jobs in
New York.”
Long Island Power Authority (LIPA) officials declared the
results of a competitive procurement marking the selection of BP
Solar to provide 36.9 MW of solar energy which would be hosted
on the federal property of Brookhaven National Laboratories (BNL).
Additionally, enXco will supply 13.1 MW of solar energy from
facilities constructed and operated on municipal, school and
private properties across Long Island.
LIPA will start negotiations with both developers for 50 MW
of solar photovoltaic energy through a power purchase agreement
(PPA) for terms of 20 years with contracted deliveries to begin
between June 1, 2009 and May 1, 2011. The solar energy will be
produced by the selected developers of the solar photovoltaic
systems and will be introduced onto the LIPA grid and purchased
by LIPA.
Kevin S. Law, President and CEO of LIPA, said: “I commend
Governor Paterson for challenging LIPA to find ways to harness
the power of the sun. This project will diversify Long Island’s
energy portfolio, strengthen the local economy, transform the
solar photovoltaic marketplace and reduce our dependency on
fossil fuels.”
LIPA’s solar project will accomplish the following goals:
- Support the recommendations for solar power from
Governor Paterson’s Renewable Energy Task Force;
- Reduce greenhouse gas emissions;
- Reduce the consumption of fossil fuels;
- Create clean energy jobs and advance renewable
technologies; and
- Utilize private and public non-residential roofs and/or
other appropriate spaces for solar generating facilities.
To support and encourage the LIPA solar initiative, the New
York State Energy Research and Development Authority (NYSERDA)
will provide LIPA with $15 million and will continue to work
with LIPA to identify other funds that may be eligible for use
by LIPA to support the project.
Francis J. Murray, Jr., President and CEO of NYSERDA, said:
“Solar technology will help meet Long Island’s growing demand
for electricity, while reducing our dependence on foreign
sources of oil. This investment is a critical component of
Governor Paterson’s 45 by 15 initiative – meeting 45 percent of
the State’s electricity requirements through a combination of
energy efficiency and renewable sources by the year 2015.”
Julia Hamm, Executive Director of the Solar Electric Power
Association, said: “LIPA’s plan to purchase 50 MW of solar
electricity is substantial. To put it in perspective, as of the
end of 2007, only three electric utilities in the U.S. had 30 or
more megawatts of solar electricity on their grid. Utilities
across the U.S. are beginning to realize the importance of solar
energy to their future energy mix, and LIPA is right there at
the forefront.”
The 50 MW of solar energy builds on the success of LIPA’s
Solar Pioneer program, which boasts more than 1,700 participants
and has resulted in more than $36 million in LIPA rebates. LIPA
and Long Island have been leading the way in this regard,
serving as a host to the greatest concentration of photovoltaic
systems purchased throughout the entire State. Earlier this
year, LIPA launched its Solar Entrepreneur program for
businesses and municipal solar installations with capacities of
up to 100 kilowatts (kW). In January, LIPA became the first
utility in the State to implement commercial net metering
through new tariff provisions that will allow commercial
customers to sell excess power generated back to LIPA.
Summary of BP Project
BP Solar is proposing two large-scale commercial solar
photovoltaic projects at the Brookhaven National Laboratory:
“BNL Area 1” (a project sized at 18.7 MW) and “BNL Area 2” (a
project sized at 18.2 MW).
In addition to the 36.9 MW, BP Solar will work independently
with BNL to construct additional solar panels to help the
Laboratory become more energy efficient and independent, and
will partner with BNL in developing a solar photovoltaic R&D
facility that will be used for research, education and outreach.
This component adds another unique dimension to the project as
it will help to advance the next wave of improved solar
photovoltaic technology. This would include the testing of
modules with different types of solar cells, glass encasements
and wiring arrangements that could also yield information to
support research on various battery and storage technologies.
All summary findings from the data collected under this BP-BNL
research collaboration would be available to LIPA and the
public, and would be used to help inform and improve the next
generation of solar photovoltaic systems and design.
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