Heating and air conditioning -- an $11 billion industry in America -- accounts for 5% of domestic energy use.
Office of Energy Efficiency & Renewable Energy
March 8, 2016![air_conditioner1.jpg](/sites/default/files/styles/full_article_width/public/air_conditioner1_0.jpg?itok=LWiLbp9J)
Heating and air conditioning accounts for 5% of domestic energy use. By reducing contaminant buildup, a new technology could increase efficiency by as much as 25%. Photo courtesy: ©iStockphoto/JaniceRichard.
Energy Department Supports Clean tech
- Assistant Secretary Dave Danielson visits Case Western Reserve University in Ohio today to discuss energy issues with students, faculty, and researchers.
- Case Western is where Felipe Gomez – founder of the FGC Plasma Solutions – engineered and commercialized a novel technology that achieved a regional win at Chicago’s Clean Energy Challenge last April. This plasma technology reduces energy consumption in jet engines while improving safety in the fuel injection process. In May, President Obama honored Gomez and other emerging entrepreneurs for their achievements at a White House event.
- A new team from Case Western has joined the 2016 CUP race and will compete in April.
Equipping Clean Energy Entrepreneurs at the Collegiate Level
And they’re off! The Energy Department’s Cleantech University Prize (CUP) – a national competition aimed at equipping clean energy entrepreneurs at the collegiate level – recognized its first regional winner in February at the Berkeley campus of the University of California. As the lead contender, startup Nelumbo triumphed to take the grand prize and a slot in the race for the national competition in June.
According to Nelumbo, its OMNIPHOBE nanocoating has the potential to significantly increase the efficiency and performance of air conditioning systems. The coating – 200-times thinner than a human hair – sheds water and oil and raises the efficiency of heating, ventilation, and air conditioning systems by up to 25% by eliminating contaminant build-up. The product also costs less than 2% of an AC unit – a value proposition that could lend itself to universal applications at any scale.
Selected last fall as one of seven teams to compete, Nelumbo and other college teams gained nearly four months of extensive mentoring and entrepreneurial training targeted to cleantech start-ups as well as premiere access to the advanced capabilities in fabrication and prototyping at UC Berkeley. This regional CUP competition culminated in a rigorous pitch presentation before a panel of judges comprised of investors, private industry, and federal representatives in energy efficiency and renewable energy.
Berkeley Joins the Race
Cosponsored by the Berkeley Energy and Climate Institute and Berkeley Energy and Resources Collaborative, this is UC Berkeley’s first year hosting a regional competition, and the results are demonstrating promising technologies with diverse solutions to climate change – including a process that makes it easier to install solar panels on rooftops, a novel technology that captures waste emissions to create fuels, and a new take on solid-state batteries.
In addition to champion Nelumbo, UC Berkeley named Cuberg and OPUS 12 as runners-up in the competition. Cuberg is developing high-performance solid-state batteries that could store twice as much energy as batteries manufactured today, with the potential to extend the range and reduce the cost of electric vehicles while substantially reducing carbon emissions in the transportation sector. OPUS 12 is developing an electrochemical device that converts carbon dioxide (CO2), water, and electricity into valuable fuels and chemicals that are cost-competitive with conventional products – potentially transforming CO2 from a liability into an opportunity.
A Legacy of Innovation
Now in its fifth year, the CUP competition draws from a rich landscape of research capabilities at America’s leading colleges and universities. CUP was formerly known as the National Clean Energy Business Plan Competition, an effort that has already attracted more than 1,000 teams nationwide, resulting in more than 70 ventures, 120 jobs, and $60 million in follow-on funding.
Later this month, another first-time participant – Carnegie Mellon University – will host the second of eight regional contests between now and the end of May. On June 21-23, the regional winners and runner-ups will compete once more in the National Cleantech University Prize in Denver. Watch for more news on our regional competitions!
Jennifer Garson
![Headshot of Jennifer Garson](/sites/default/files/styles/full_article_width/public/2021-05/JenniferGarson.jpg?itok=6OhFRLER)
Jennifer is the Director of the Water Power Technologies Office at the U.S. Department of Energy, where she leads the office’s strategy, management, and execution of the $150M office. The Water Power Technologies Office advances research, development and demonstration of hydropower and marine renewable energy. For the last three years, she has led some of the office’s key activities and initiatives—like the Powering the Blue Economy initiative—and a portfolio of prizes, interagency grants, among other programs. She has focused on increasing the impact of federal funding for supporting innovation, including leveraging nontraditional financial mechanisms. This includes increasing the utilization of prizes, creative lab-directed funding, SBIR/STTRs, and other competitive solicitations. Over the last decade, she has worked across DOE, the federal government, and in partnership with the private sector to launch and create new programs, prizes, and commercialization approaches for blue economy and cleantech technologies and applications.
Prior to the Water Office, she was the Chief of Staff for the Deputy Assistant Secretary for Renewable Power in the Office of Energy Efficiency and Renewable Energy. She was previously a Senior Advisor for the U.S. Department of Energy Office of Technology Transitions, focused on Department-wide strategies for increasing the use of prizes, challenges, and other open innovation tools. She also focused on catalyzing new networks and prizes to help entrepreneurs move their technologies from research institutions into the market in the Office of Energy Efficiency and Renewable Energy Technology to Market team. Her programs supported hundreds of startups across the country through novel training programs, competitions targeted at university students, challenges linking solutions to major corporate partners, supporting early-stage pilots helping validate companies' technologies, and creating new national and regional networks.
She served as a policy and market analyst in the Office of the Chief Financial Officer, developed analysis and provided technical assistance for the Office of Electricity Delivery and Energy Reliability on their smart grid portfolio during the Recovery Act, and served as a research assistant for a private consulting company.
Jennifer earned her B.A. in Anthropology and Environmental Studies Concentration at Kenyon College and her Master of Public Policy at George Washington University.
Articles by Jennifer Garson
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Heating and air conditioning -- an $11 billion industry in America -- accounts for 5% of domestic energy use.