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Development and Evaluation of the Combined Solar Thermal and Electric Desiccant Cooling System

Development and Evaluation of the Combined Solar Thermal and...

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作者： Napoleon Enteria Hiroshi Yoshino Akashi Mochida Rie Takaki Akira Satake ryuichiro yoshie Teruaki Mitamura Seizo Baba Graduate School of Engineering Tohoku University

The utilization of solar energy which is clean and abundant for building’s application is a novel approach in minimizing, if not totally solving, the problems concerning building’s conventional energy consumption. In the present study, solar energy is converted to thermal energy for the year-round operation of solar electric and thermal storage system for the operation of desiccant dehumidification and evaporative cooling system for summer operation, and hot water production for the winter season. The combined system is installed at the experimental building of the Laboratory of Building Environmental Engineering of Tohoku University. The whole set up consisted of the solar electric and thermal storage system, desiccant dehumidification and evaporative cooling system, and the controlled experimental facility. Initial measurements and evaluation were taken with some results needed for system analysis. Based on the initial results, the solar collector was performing to its expectation and the thermal energy storage thermal losses were minimal. Results of the desiccant dehumidification and cooling system showed that the system needed refinements to enhance the increase of its cooling load performance.

关键词： Cooling and dehumidification Solar thermal system Air handling system Thermally activated technologies

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Experimental Heat and Mass Transport Analysis of Coupled Rotating Sorption and Sensible Wheels

Experimental Heat and Mass Transport Analysis of Coupled Rot...

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作者： Napoleon Enteria Hiroshi Yoshino Akashi Mochida Rie Takaki Akira Satake ryuichiro yoshie Teruaki Mitamura Seizo Baba Graduate School of Engineering Tohoku University

Building consumes large amount of energy for its operation. At present, maintenance of indoor artificially controlled environment contributes to the higher building energy consumption and environmental problems. Sorption based cooling system is an alternative device for the maintenance of indoor thermal comfort condition that operates using alternative energy sources and harmless working substances to lessen the impact of building energy consumption and environmental problem. Sorption wheel is the most important component of the sorption based cooling system and the performance of the whole system depends on it. Experimental studies had been conducted on the performance evaluation of the sorption processes based on important parameters such as of regeneration temperature, flow rates and rotational speed for practical performance evaluation. Evaluation of the energy consumption of the system has been done when sensible wheel is in tandem operation with the sorption wheel.

关键词： Heat and mass transfer Sorption processes Thermal energy

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