Article ID Journal Published Year Pages File Type
1549582 Solar Energy 2015 16 Pages PDF
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.
Related Topics
Physical Sciences and Engineering Energy Renewable Energy, Sustainability and the Environment
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