For a location with a latitude of 35 N, consider the following 5 days for each of the 3 cases: March 19, May 19, June 19,. October 19, December 19. Assume that typical daylight temperatures for Winter are 35 E- 65 E for Spring are 45 E- 70 E, for Summer are 50 E - 100 E, and for Fall are 45 E - 85 E. For each case include a ranking and a justification. a) Rank the days according to total available solar encrgy in order of smallest to largest. b) Rank the days according to total collected solar cnergy for a grid connected southern facing solar array at a tilt of 30 degrees, in order of smallest to largest.

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For a location with a latitude of 35 N, consider the following 5 days for each of the 3 cases:
March 19, May 19, June 19.,. October 19, December 19. Assume that typical daylight
temperatures for Winter are 35 E- 65 E for Spring are 45 E- 70E for Summer are 50 E -
100 E, and for Fall are 45 E- 85 E. For each case include a ranking and a justification.
a) Rank the days according to total available solar energy in order of smallest to largest.
b) Rank the days according to total collected solar cnergy for a grid connected southern facing
solar array at a tilt of 30 degrees, in order of smallest to largest.
Transcribed Image Text:For a location with a latitude of 35 N, consider the following 5 days for each of the 3 cases: March 19, May 19, June 19.,. October 19, December 19. Assume that typical daylight temperatures for Winter are 35 E- 65 E for Spring are 45 E- 70E for Summer are 50 E - 100 E, and for Fall are 45 E- 85 E. For each case include a ranking and a justification. a) Rank the days according to total available solar energy in order of smallest to largest. b) Rank the days according to total collected solar cnergy for a grid connected southern facing solar array at a tilt of 30 degrees, in order of smallest to largest.
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