Arnold Arboretum Solar Panels

The harvard gazette reports a researcher has discovered a new bacterium on solar panels atop the arnold arboretum s hunnewell building.

Arnold arboretum solar panels.

The weld hill solar project currently underway is the arnold arboretum s third and largest solar project and harvard s most ambitious sustainability initiative to date with nearly 1 300 solar panels powering a 45 000 square foot science laboratory and teaching facility in roslindale. While talk about sustainability often comes in the form of discussions about steel straws and reusable tote bags there are lots of larger scale initiatives looking to promote sustainability and fight the effects of climate change. Video courtesy of the arnold arboretum of. Support the weld hill solar project by sponsoring one or multiple panels at 1000 each or with a gift of any amount and work with us to honor our commitment to conserving our planet s biodiversity.

Harvard s arnold arboretum is undertaking an ambitious sustainability initiative to install more than 1 000 solar panels near the weld hill research building which houses affiliated scientists. With a projected completion date in fall 2019 the weld hill solar project represents the arnold arboretum s most ambitious sustainability initiative to date. Researchers kristie tanner foreground and olga mayoral collecting samples from the solar panels on the arboretum s hunnewell building in 2018. Mayoral is from university of valencia.

A striking drone and time lapse video captures the scale of the arnold arboretum s dedication to harnessing solar power including its newest project at the weld hill building. Read more about. Comprising nearly 1300 solar panels the system is capable of producing an estimated 566 409 kwh annually approximately 30 of the weld hill research building s total energy load. Through research education and horticulture the arnold arboretum of harvard university discovers and disseminates knowledge of the plant kingdom to foster.

The new species is marked by the presence of colorful carotenoid pigments and an affinity for solar radiation high temperatures limited nutrients and desiccation.