Brooklyn, N.Y.–based design firm SMIT has created Solar Ivy, incorporating thin-film photovoltaics that mimic the form of climbing ivy. The system can use organic, amorphous silicon, or CIGS photovoltaics, which deliver up to 0.5W, 0.6W, or 4.0W per leaf, respectively. The density and layout of the leaves—which are mounted to stainless steel mesh anchored into building walls—may be adjusted to preserve building views or control heat gain and loss. • solarivy.com
About the Author
Wanda Lau
Wanda Lau, LEED AP, is the former executive editor of ARCHITECT magazine. Along with 10 years of experience in architecture, engineering, and construction management, she holds a B.S. in civil engineering from Michigan State University, an S.M. in building technology from MIT, and an M.A. in journalism from Syracuse University's Newhouse School. Her work appears in several journals, books, and magazines, including Men's Health, ASID Icon, and University Business. Follow her on Twitter.
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