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Publication Number: CEC-500-2011-FS-021
Abstract:
This project will use advanced computersimulation techniques, including fineresolutionmeteorological modeling, to predictthe changes in ambient temperatures thatresult from the deployment of communityscaleenvironmental measures. The simulationswill look at individual technologies as well asthe feedback loops and interactions that occurwhen technologies are deployed incombinations. The simulations will be carriedout in two phases. In the first phase, idealizedcommunities will be modeled and analyzed for181 subclimate zones, covering all of the 16climate zones in California defined by Title 24Energy Code. In the second phase, threeCalifornia cities will be modeled: Los Angeles,Sacramento, and Fresno
Author(s): David Weightman Commission Division: Technology Systems Division - R&D, PIER (500)
Office/Program: PIER: Public Interest Energy Research
PIER Program Area: Buildings End-Use Energy Efficiency
Date Published: August 2011
Date On Line:
03/02/2012
Acrobat PDF File Size: 2 pages,
270 kilobytes
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