Something that I had never done before, but found very useful was the code analysis. For our proposed building I calculated the space required per person for spaces of different function including:
Kitchen: 300 sq ft (30.5 sq ft per person) = 9.8 persons
Public Corridors: 120 sq ft (12 sq ft per person) = 10 persons
First and Second Story: 1,631 sq ft (12 sq ft per person) = 135 persons
Other Stories: 645 sq ft (18 sq ft per person) = 35 persons
Outdoor Patio: 451 sq ft (12 sq ft per person) = 37
Total Occupancy: 226 persons
Restaurant Seating: 60 persons
I decided to research solar panels (photovoltaic cells) as a way of introducing an off grid energy source. As a starting guide I looked up the US Department of Energy's information on average energy use for the average house. I found out that the average house used 8,900 Kwh per year which mean 8,900,000 watts per year! Most commercially available solar panels produce between 1 and 12 amps per panel, so the average output is likely to be 127 watts per panel. Calculating with 6 average daylight hours the average house would need 30-40 panels! Considering panels come in 3'x6' or 5'x5' and our site was quite small, I decided it would be more effective to diversify the roof rather than cover the entire roof surface.
Cliff G
LEED
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