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This Investment will Allow Solaria to Deliver
Low-Concentration Solar Technology that Enables Solar Photovoltaic
Manufacturers to Increase Production Capacity and Accelerate PV Cost
Reductions
Solaria, an innovative solar technology company,
recently announced the completion of $22 million in Series B
financing. The funding round includes investments from Sigma
Partners and NGEN Partners, two leading venture capital firms;
Q-Cells AG, the world’s largest independent manufacturer of
crystalline silicon solar cells; and Moser Baer, India’s largest and
the world’s second-largest manufacturer of removable optical storage
media.
Solaria’s technology platform enables the solar
industry to produce two to three times the number of PV modules from
the same amount of silicon material used in today’s conventional
modules.
“Q-Cells is very pleased to be making an investment in
Solaria,” said Q-Cells CEO Anton Milner. “We believe our investment
will help ensure that Solaria’s technology can drive down the cost
of solar PV and further accelerate the growth and expansion of the
solar industry.”
“Solaria’s low-concentration solar technology promises
to dramatically reduce the photovoltaic (PV) industry’s cost of
silicon-based solar modules,” said Sigma Partners Managing Director
Wade Woodson. “We evaluated many renewable energy investment
opportunities and Solaria’s approach really impressed us because it
emphasizes reliability, manufacturability and compatibility.”
“This infusion of capital will help us to achieve
Solaria’s goal of enabling low-cost, high efficiency PV modules and
systems for our customers,” said Solaria CEO Suvi Sharma. “We are
currently working with select commercialization partners and are on
schedule to enter high-volume production in 2007.”
Solaria’s new form of low-concentration solar PV
technology (2-3X concentration) is immensely scaleable. By
modifying equipment used in the mass fabrication of computer chips
and other semiconductor-based products, Solaria’s technology can
enable the acceleration of solar PV module production to meet the
rapidly increasing worldwide demand for solar power. |