The goal is to develop new and innovative technologies that will lead to 10x the capabilities of current products at 1/10x the cost. An additional even more challenging goal is to also achieve 10x reliability. The intent of the project is to also promote research collaboration between the universities, national laboratories, and private industry.
SETI combines state-of-the-art network technology with novel data processing algorithms in order to determine how people are distributed within a building. The ultimate goal of the seed-funded project is to model and accurately predict how buildings will be used in order to achieve significant energy savings.
Using the latest digital mapping technologies, “Local Code” documents the location and character of 1,500 City-owned “remnant parcels” in San Francisco.
This recent newsletter has stories on (1) Cory Hall Testbed project through i4Energy, which installed a network of
monitoring equipment to track the flow and use of electricity, and (2) a new program, Cleantech to Market, that is
partnering with CITRIS to help select suitable clean energy projects and bring them to
market.
A new Haas School of Business program, called Cleantech to Market (C2M), is partnering with CITRIS to help select suitable projects and bring them to market.
Ten months ago, i4Energy received a grant from the CEC to rig Berkeley's Cory Hall with sensors. The project installed a network of
monitoring equipment to track the flow and use of electricity.
