Solar Trees generate electricity at the University of California
The University of California, San Diego, has undertaken a forestation program on the roof of two of its parking garages. Steel components have already taken shape, forming the framework for Solar Trees™ that will soon be fitted with a canopy of Kyocera photovoltaic modules to provide clean energy for the campus, shade for vehicle parking, future infrastructure for electric vehicles, and a pleasant visual surprise on the top of the garage.
The Solar Tree™ is native to San Diego, the creation of Envision CEO Robert Noble, a sustainable architect with an Ivy League education and deep roots in his hometown of San Diego.
Both the design of the Kyocera Solar Grove™ in Kearny Mesa and the UCSD Solar Grove™ are based on the principles of bio-mimicry, the discipline that takes concepts from nature and employs them in architecture. The design of the Solar Tree™ is based on natural trees, with trunks and branches supporting a shade canopy. “As sustainable architects, we at Envision Solar are committed to adding beauty and form to the functionality of solar power generation, and integrating it with the overall design of the site,” said Noble.
Each Solar Tree™ at UCSD will generate more than 17,000 hours of clean energy per year, which is enough to power more than four single-family homes. Each Solar Tree™ avoids 13.2 metric tons of carbon emissions. Furthermore, the Solar Tree™ design offers the option to install an outlet for electric vehicle charging; effectively, UCSD’s rooftop Solar Groves™ will provide some of San Diego’s first electric vehicle infrastructure.
“This photovoltaic installation marks an historic event for a campus that has become a living laboratory for climate change solutions,” said Steve Relyea, Vice Chancellor of Business Affairs. “Our sustainable energy program is the result of a campus-wide commitment by students, faculty and administration to advance environmental sustainability on a local, national and global level.” UC San Diego’s green energy program will continue to unfold over the next year.
Noble added, “We at Envision Solar are proud to support UCSD with our design for a bio-mimetic renewable energy installation at the cutting edge of solar integrated architecture.” Noble will be co-presenting the concept of site-integrated photovoltaics, including the UCSD design, at the upcoming Conference of the American Association for Sustainability in Higher Education (AASHE) with UCSD’s Dr. Lisa Schaeffer, Executive Director of the Environmental Sustainability Initiative.
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Related categories: Climate change and global warming Environmental technologies for offices and commercial Environmental technologies for Transportation Solar power and photovoltaics


