Abstract
ABSTRACT The thermal demand is computed in this study that has been planned regarding thermal energy permeation and transferred energy via greenhouse covers as load losses. Mostly, thermal plants contain space thermal plants, floor and platform thermal plants. Our designated spot can supply a minimum of 123 greenhouses covered by a glass with an interior temperature of 295.15 K and a demand peak of 100% that denotes a great capacity of this site for supplement, heating requirements of greenhouse generations and decreased power expenses. For yearly thermal demand factor, stated cover achieved adequate and in case of our considered geo-thermal spot. In the case of double-layer polyethylene, with an interior temperature of 285.15 K and a demand peak of 60%, we have the greatest value of current net, whereas the lowest amount of that belongs to glass coating material at an interior temperature of 295.15 K and 100% demand peak. Moreover, the highest profitability index (PI) belongs to the double-layer polyethylene in the demand peak of 60% and an interior temperature of 285.15 K, while the lowest PI belongs to a glass coating at an interior temperature of 295.15 K and a demand peak of 100%.
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