February 3, 2012 | 4:31 pm
Good to see news sites like Talking Points Memo Idealab covering our recent announcement on AREVA Solar and the Arizona’s Tuscon Electric Power:
A coal-fired electrical plant in Tucson, Ariz., is going green — or at least “greener” — partnering with a French, state-owned nuclear company to install a solar add-on that will generate enough clean electricity to power 600 homes using high-pressure, superheated steam warmed by a series of mirrors.
The new solar project is expected to begin construction in Spring 2012 and to be up and running at the current H. Wilson Sundt Generating Station in Tucson by 2013, according to a news release from plant operator Tucson Electric Power and AREVA, the French energy company behind the solar technology.
“Solar booster projects like this are gaining momentum in the United States and around the world as a way to leverage existing power infrastructure to provide needed energy with no new emissions,” said Bill Gallo, CEO of AREVA Solar, in the joint news release on Tuesday.
You can read the entire article here.
April 13, 2011 | 10:50 am
Along with an assortment of pouched mammals and Vegemite sandwiches, the Land Down Under will soon have the unique distinction of the world’s largest solar booster connected to an existing coal-fired power plant. As announced today by the Queensland government and CS Energy, AREVA Solar will begin construction of the 44MW solar field this coming summer at the 750MW Kogan Creek coal-fired plant, with the solar plant feeding superheated steam into the coal plant’s power block beginning in 2013. This project represents the largest deployment of AREVA’s Compact Linear Fresnel Reflector (CLFR) solar thermal technology in the world.
Why wed solar steam to coal?
CS Energy Chief Executive David Brown gives an answer:
“The Kogan Creek Solar Boost Project will generate additional electricity to help meet Queensland’s growing energy demand. By using energy from the sun with AREVA’s solar booster application, we will make the coal-fired plant more fuel-efficient and reduce its greenhouse intensity – avoiding the production of 35,600 tonnes of greenhouse gas emissions annually.”
AREVA Solar CEO Bill Gallo describes why the company’s proven CLFR technology was selected for this ground-breaking project:
“The innovative solar project will use AREVA’s CLFR superheated solar steam technology to boost the power station’s steam generation system, reliably increasing its electrical output and fuel efficiency. This will be achieved by supplying additional steam to the power station’s turbine, supplementing the conventional coal-fired steam generation process. The technology uses heat from the sun to convert water to steam, with zero emissions.
“AREVA Solar’s CLFR technology is water-conservative and the most land-efficient renewable energy technology available. The solar steam generators and accompanying system are expected to occupy approximately 75 acres of land within the current boundaries of the CS Energy site.”
Generating more power without more emissions is a key benefit of AREVA’s low carbon energy technology portfolio. This type of solar thermal project – for which AREVA Solar has seen growing demand from utilities in Australia, United States and around the world – is a tangible example of how AREVA is leading efforts to achieve a clean energy future.
, 44MW Solar Thermal Booster
, AREVA Solar
, AREVA’s Compact Linear Fresnel Reflector
, CS Energy
, Kogan Creek Solar Boost Project
, Land Down Under
, solar thermal
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