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Sensitivity analysis to optimize a solar absorption cooling system

机译:灵敏度分析可优化太阳能吸收冷却系统

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In the last two decades, the prospect of a free cooling technologies possibilities led to several experimental and theoretical investigations by researchers. Nowadays, low temperature solar thermal systems coupled with sorption machines are the most commercialized solution available to face the cooling demand. Solar heating and cooling systems are currently available on the market and there are a hundred installations worldwide. The next challenge for this technology is to guarantee the performance of any solar cooling plant in the future. This paper aims at presenting the results of the optimisation of a solar cooling plant. This work is part of the French National Research Agency project (MEGAPICS n°ANR-09-HABISOL-007). Parameters, which have a significant effect on power production, are identified. Then simulations are carried out to evaluate the power increase according to an optimised configuration.
机译:在过去的二十年中,自然冷却技术的发展前景导致了研究人员的几次实验和理论研究。如今,结合了吸附机的低温太阳能热系统是可用于满足制冷需求的最商业化的解决方案。太阳能加热和冷却系统目前在市场上有售,全世界有一百个装置。这项技术的下一个挑战是保证将来任何太阳能冷却设备的性能。本文旨在介绍优化太阳能冷却设备的结果。这项工作是法国国家研究局项目(MEGAPICS n°ANR-09-HABISOL-007)的一部分。确定对发电有重大影响的参数。然后根据优化配置进行仿真以评估功率增加。

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