Es_2 Lab_6 Solar Analysis_zona Divino Amore _ Giulia Gentile

For the second I carried out the solar radiation of my building. I performed the analysis of today setting “single-day” and I noted the North-East façade is the less exposed to the solar radiation, this is so also in the “multi-day” analysis during winter, summer, spring and fall.

In the analysis of the single day (March 24^th 2014) the South-East facade has a mean solar radiation<0.9, while the North-West facade has a good radiation. The surface of the roof has a solar radiation between 0.9 and 1.8kWatt/mq.

In the winter analysis (December 21^st 2013 – March 21^st 2014) the South-East facade has a high solar radiation, positive factor, except in the medium level where there is the balcony, where the radiation decreases, blending in to blue. The South-West facade is purplish, then It has a very low solar radiation; while the North-West façade has a solar radiation near 0 kWatt/mq. The surface of the roof exposed to West has a value a bit more than 61.1kWatt/mq. while the surface exposed to East has a solar radiation high earth an 61.1 and in the central part it reaches a maximum value of 122.2 kWatt/mq.

In the summer analysis (June 21^st 2014 – September 21^st 2014) the South-East façade has a mean solar radiation less than 211kWh/mq, except in the medium level where there is the balcony, where the radiation decreases, blending in to blue. The South-West façade Is purplish, then it has a very low solar radiation; while the North-West façade has a solar radiation near 0.This time the surface of the roof has an uniform yellow solar radiation, having a coefficient that almost reaches the maximum value 422.1kWatt/mq.

In the spring analysis (March 21^st 2014 – June 21^st 2014) the South-East façade has mean solar radiation less than 196.6 kWh/mq, except in the medium level where there is the balcony, where the radiation decreases, blending in to blue. The South-West façade is purplish, then I thas a very low solar radiation; while the North-West façade has a solar radiation near 0. The surface of the roof also in this case, like in the summer analysis, has an uniform yellow solar radiation, having a coefficient that almost reaches the maximum value 393.1 kWatt/mq.

In the fall analysis (September 21^st 2014 – December 21^st 2014) the South-East facade has a high solar radiation great earth an 70.6 kWatt/mq, except in the medium level where there is the balcony, where the radiation decreases, blending from red in to blue. The South-West facade is purplish, the nit has a very low solar radiation reaching blue in the corner where there are two balconies; while the North-West has a solar radiation value near 0 that increases proceeding to the North-East façade coming to the last corner where the radiation increases reaching a value of 70.6 kWatt/mq, in fact the surface has a reddish colour. The surface of the roof, also in this case, like in the winter analysis, to West has a value a bit greater than 70.6 while the surface exposed to East has a solar radiation greater and in the central part it reaches a maximum value of  141.1 kWatt/mq.

Unfortunately I was notable to create the roof, in the next few days I'l try it and will upload the finished work!