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U.S. DOE to Invest up to US$7 m to Support Early-Stage Solar Technologies

Program launches four projects to advance photovoltaic innovations

The U.S. Department of Energy (DOE) announced an investment of up to US$7 million in total funding through DOEs National Renewable Energy Laboratory (NREL) to support the development and commercialization of emerging solar energy technologies. 

The PV Technology Incubator program has the primary goal of advancing the timeline and commercial potential of new manufacturing processes and products with the potential for dramatic price improvements.
The startup companies awarded under the Incubator program will truly benefit the manufacturing processes and products in the United States through rapid commercialization of these innovative technologies, NREL Incubator Manager Martha Symko-Davies said.

This is the fourth installment of the successful PV Incubator program where companies benefit from close partnership with the national laboratories. Previous awardees including Calisolar and Abound Solar successfully developed new PV technologies with DOE support and are now rapidly scaling their domestic manufacturing operations while creating jobs in their communities. Calisolar currently has about 190 employees in California and 75 MW of capacity with plans to expand to 220 MW. Abound currently has about 350 employees in Colorado and 65 MW of manufacturing capacity with plans to expand to 775 MW with a recently announced US$400 million federal loan guarantee.

In this current round, companies were selected in one of two categories: Tier 1, representing the development of commercially viable prototypes, receiving up to US$1 million over 12 months; and Tier 2, representing the development and manufacturing scale-up of pilot-scale processes receiving up to US$4 million over 18 months. Funding will be issued through the DOEs National Renewable Energy Laboratory.

 

The Tier 1 Projects, Subject to Negotiation

 

Caelux, Pasadena, California, is developing a novel flexible solar cell manufacturing process and design, which will dramatically reduce production costs by minimizing the amount of semiconductor material used while also having vast potential to surpass standard device efficiency.
Solexant, San Jose, Calif
ornia, is developing a new thin-film material comprised entirely of materials that are non-toxic and abundant on the Earth, including Copper, Zinc, Tin, Selenide, and/or Sulfer (CZTS). These devices will be constructed with a non-particle ink that can be printed and will result in commercially viable efficiencies using scalable, low-cost processes.

Stion, San Jose, California, is developing a thin-film technology that will allow two high-efficiency thin-film solar devices to be stacked, allowing for much better absorption of light and creation of power. The devices are constructed in a way that significantly reduces cost, simplifies manufacturing and reduces material utilization over traditional designs.

 

The Tier 2 Project, Subject to Negotiation

 

Crystal Solar, Santa Clara, California, is developing a new technology for the fabrication, handling, processing and packaging of very thin single-crystal silicon wafers (four times thinner than standard cells). This solution uses much less silicon, eliminating many of the wasteful and expensive wafer-processing steps and addressing the problem of handling very thin wafers.

 

Further Information: The DOE Solar Energy Technologies Program (www1.eere.energy.gov/solar), NREL (http://www.nrel.gov/)

 

 

For more information, please send your e-mails to pved@infothe.com.

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