DOE's new pilot aims to bring innovative technologies to market
WASHINGTON, March 16, 2016 - To accelerate a clean energy
economy, the Energy Department (DOE) selected
33 small businesses to work directly
with national labs under the DOE’s new Small Business Vouchers (SBV) pilot. The
businesses will be granted access to laboratory resources to help move
innovative technologies closer to scalable commercialization, while allowing
DOE and its laboratories to gain valuable private sector insight into the
technological and commercialization challenges facing the clean tech economy,
says DOE.
According to the Small Business Administration's Office of
Advocacy, small businesses develop innovative technology and produce more than
15 times as many patents per employee as larger patenting firms.
DOE’s Office of Energy Efficiency and Renewable Energy will
invest nearly $6.7 million in round one of the SBV pilot. These partnerships
between clean energy small businesses and DOE national laboratories help promote
economic development and innovation by pairing DOE’s “unparalleled laboratory
resources and expertise” with small business drive and creativity, says
DOE. Vouchers range from $50,000-300,000.
“The U.S. Department of Energy is firmly committed to maximizing
the impact of the national lab system on the clean energy economy,” says David
Danielson, assistant secretary for Energy Efficiency and Renewable Energy. “The
Small Business Vouchers pilot allows innovative entrepreneurs greater access to
the world-class resources and brilliant minds in our labs.”
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- Water: Develop technologies to convert ocean waves and other sources, such as canals, into clean, cost-competitive energy.
- Wind: Eliminate market barriers for the adoption of commercial wind turbines by improving prediction models.
- Bioenergy: Improve methods and processes for converting cellulosic biomass into usable bio-based chemicals.
- Solar: Develop new, more efficient solar collectors, as well as integrating new solar technologies into the grid.
- Buildings: Improve the efficiency and cost effectiveness of building energy systems.
- Vehicles: Improve technologies to make vehicles safer and more efficient and reduce vehicle greenhouse gas emissions.
- Fuel Cells: Develop projects to create cheaper, more durable fuel cells.
- Geothermal: Improve tools used to access and test geothermal power.
- Advanced Manufacturing: Reduce manufacturing costs, optimize methods and evaluate new processes in applications for 3D printing, LED devices, sensors, catalyst development and bio-derived lignin and develop pathways toward zero-emissions fuel cell electric vehicles.
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