Team ASUNM, a collaborative effort between Arizona State University and University of New Mexico, has come together to address the inefficiencies of urban sprawl and to create a model for sustainable desert living that has been dubbed SHADE (Solar Home Adapting for Desert Equilibrium), which is an entry in the Solar Decathlon 2013 competition that takes place on October 3-13, 2013 in Irvine, California.
A new partnership between Silicon Energy and CrystaLite that was announced at the recent Living Future unConference in Seattle is bringing a new alternative to photovoltaic solar roof implementations and ground-mounted installations: the solar structure. PV-integrated structures provide home and business owners with extensive flexibility in the design and implementation of solar power when a solar roof is not cost effective or to achieve a more aesthetically pleasing integration of solar panels with structural design of patio and deck coverings, carport coverings, and picnic shelters.
Here’s an update to an old article about a tree-shaped charger powered by solar energy. Vivien Muller’s Electree+ is on Kickstarter seeking to raise $200,000 to mass-produce these little home/office gadgets here in the USA. The new prototype will be made with an 14,000 mAh internal battery, 27 amorphous silicon solar cells (each about 3.7 inches), and an easy-to-assemble tree structure that can be customized. In case you’re interested, the early bird gets in at the ground level for ~$199.00.
Turns out the Rhône Alpes team from France with the Canopea house won Solar Decathlon Europe held in Madrid. Their home is actually the top of a conceptual “Nanotower” that the team proposed to bring single-family style living back to the urban core. The top level acts like a rain forest’s canopy — hence the name — by collecting 95% of all solar energy and 30% of rainwater for the tower. Canopea was built of a prefab CORE, site-built SKIN, and a SHELL capable of off-site fabrication as well.