June 18, 2007 08:04 ET
Avista Chooses GreenVolts for Utility Scale Solar Trial
GreenVolts Tapped by Utility for Superior Technology, Complete Systems Approach, and Its Potential to Deliver Green Energy Through the Existing Power Grid
SAN FRANCISCO, CA--(Marketwire - June 18, 2007) - GreenVolts (www.greenvolts.com), a leader
in helping utilities deliver green energy to their customers, today
announced that it has been chosen by Pacific Northwest utility, Avista, for
a demonstration project to test the company's utility-scale solar energy
solution. The company also announced that Avista has made a strategic
investment in GreenVolts for an undisclosed amount.
Beginning this summer, GreenVolts will site its high concentration
photovoltaic (HCPV) system at Avista's Clean Energy Test Site. The
demonstration project will record performance data over two years and is
expected to produce test data validating long-term system performance and
costs.
"Avista is committed to supporting the advancement of sustainable energy
technology. GreenVolts provides an important pathway for us to learn how to
apply new technologies and bring more renewable energy to the grid," said
Roger Woodworth, vice president of Sustainable Energy Solutions at Avista.
"The solar technology being developed by GreenVolts could become part of
our future renewable energy portfolio; that is why we are taking an
aggressive first step by investing in the potential of the GreenVolts
solution here in the Pacific Northwest."
GreenVolts is a solar power company providing affordable, clean energy
alternatives for utility companies. The company's patent-pending technology
produces a superior photovoltaic collector that, when coupled with a
tracking mechanism, is expected to deliver energy at a cost that is
competitive with peak natural gas alternatives. The size and flexibility of
the company's system allow it to be placed nearer to the demand than other
alternatives, helping utility companies avoid constructing costly
transmission lines or having to upgrade existing power grids.
"We believe the future is one in which consumers will gain access to green
energy by plugging into the grid instead of going off of it," said Bob
Cart, CEO and founder of GreenVolts. "In order for this to become a
reality, utilities must have access to a price competitive solar energy
source that can also be located close to the demand -- making HCPV solar
energy both the intellectual and economical choice for utilities."
The core of the company's solution is a low profile platform that tracks
the sun as it moves across the sky. This 3kW platform is known as a
CarouSol and uses low cost mirrors to concentrate 625 suns of energy onto a
40 percent efficient solar cell. The technology uses less than
one-thousandth of the solar cell material of conventional solar panels, and
the entire system is optimized for the lowest cost of energy. Other
features of the CarouSol include:
-- No shading, off-axis optics
-- Low profile, self-leveling two-axis tracking
-- Automated storm stowing
-- Automated cleaning
-- Passive cooling
-- Scalable manufacturing
-- Rapid delivery and simple installation
-- 1-20MW distributed generation
GreenVolts delivers its energy directly to utilities near the load to avoid
the cost, losses and delays of transmission. The company's complete systems
approach also dramatically lowers the cost of solar energy for utilities.
"Of all the renewable energy resources, solar presents the greatest
opportunity for widespread utility-scale adoption," continued Cart. "Within
the realm of solar technologies, only GreenVolts' HCPV technology allows
for easy, economical adoption of utility-scale power solutions. Now, for
the first time, utilities can harness a renewable energy source in a way
that eliminates the need for costly grid upgrades and at a price that
rivals the peak energy cost of natural gas-fired plants."
In addition to the Avista investment, GreenVolts has raised more than $1.5
million in seed money and expects to seek a venture round of funding later
this year.
About GreenVolts
GreenVolts is a solar power company that supplies massive amounts of
efficient energy to utility companies so that they can provide green energy
to their end customers economically and with only a flick of the switch.
Solar power is the best possible utility-scale solution because it can be
forecast with reliability and because it shines brightest when it's needed
most -- during the daytime peak hours. GreenVolts' HCPV technology is more
efficient than any other photovoltaic solution on the market and its
ability to be located near to the load makes it more desirable than other
solar technologies because it eliminates the need for utility grid
upgrades. The company is based in San Francisco.
About Avista Corp.
Avista Corp. is an energy company involved in the production, transmission
and distribution of energy as well as other energy-related businesses.
Avista Utilities is a company operating division that provides service to
346,000 electric and 306,000 natural gas customers in three western states.
Avista's non-regulated subsidiaries include Advantage IQ and Avista Energy.
Avista Corp.'s stock is traded under the ticker symbol "AVA." For more
information about Avista, please visit www.avistacorp.com.
Avista Corp. and the Avista Corp. logo are trademarks of Avista
Corporation. All other trademarks mentioned in this document are the
property of their respective owners.
This news release contains forward-looking statements regarding the
company's current expectations. Forward-looking statements are all
statements other than historical facts. Such statements speak only as of
the date of the news release and are subject to a variety of risks and
uncertainties, many of which are beyond the company's control, which could
cause actual results to differ materially from the expectations. These
risks and uncertainties include, in addition to those discussed herein, all
of the factors discussed in the company's Annual Report on Form 10-K for
the year ended Dec. 31, 2006, and the Quarterly Report on Form 10-Q for the
quarter ended March 31, 2007.