Soitec completes delivery of 5 MW in solar-energy systems to Italy

October 12, 2012 // By Julien Happich
Soitec has completed delivery on a total of 5 megawatts (MW) of its Concentrix concentrating photovoltaic (CPV) systems to seven solar power plants throughout Italy.

This latest sales news follows Soitec's announcement in June that it had completed construction of a solar facility in the Catania province in Sicily. These system deliveries to multiple customers expand Soitec’s solar system installations to more than 10 MW worldwide.

“Our proven CPV technology provides the highest power-generating efficiency, making it a perfect match for Italy’s solar initiatives,” said José Beriot, vice president Solar Projects Development of Soitec’s Solar Energy division. “With Soitec’s high-quality modules being very well received in Italy and with our office in Rome providing direct customer support and developing new business opportunities, we are building momentum in the growing Italian market for renewable-energy solutions.”

“We are committed to have a competitive offering in Italy and we are currently looking into integrating more and more local content,” Bériot added. “Soitec’s industrial manufacturing capacity and supply chain in Europe, with its fully automated solar-module factory in Freiburg, Germany, has proven to be a reliable and flexible infrastructure to ensure competitiveness and security of supply in Europe.”

Soitec’s CPV technology combines the industry’s highest power-generating efficiency of up to 30 percent with low installation and maintenance costs, making it the most cost-efficient solution for high-volume power generation in regions such as Italy with high direct normal irradiation (DNI). Using high-performance optics, high-efficiency cells and precise tracking to ensure maximum power generation, Soitec’s CPV systems deliver advantages not available with any other solar technology approaches. Each CPV system produces a high, constant power output curve to match peak-load demands – a key performance need for power utilities. System efficiency does not degrade with temperature, remains stable over very long periods of time and provides environmental sustainability.

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