Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
1549582 | Solar Energy | 2015 | 16 Pages |
Abstract
The simulation model has then been used to perform annual simulations of an attached solarium for the location of Montreal, Canada. The year was divided in a heating mode and a mixed mode. During the heating mode (i.e. October through April), heating is provided to keep a minimum temperature of 10 °C and surplus heat is considered when the temperature reaches 28 °C. By using the proposed algorithm for the control of one interior and/or exterior shade(s) in the heating mode, heating requirements of the simulated solarium have been reduced by 3-9% and an additional 9-14% of surplus heat have been collected when compared to a control based on near optimum global horizontal solar radiation levels. During the mixed mode, thermal comfort can be improved significantly (+1822 h) when the interior shade is controlled with the proposed algorithm.
Keywords
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Energy
Renewable Energy, Sustainability and the Environment
Authors
Diane Bastien, Vasken Dermardiros, Andreas K. Athienitis,