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依托太阳能带动的制冷型空调工艺可基本划分为光能热能之间彼此转换、光能电能之间彼此转换和光能与化学能之间的彼此转换等三类模式.系统阐释了日光能吸收模式制冷工艺、日光能吸附模式制冷工艺、日光能溶液去湿蒸发吸热制冷工艺及日光能喷射型制冷工艺等项技术的运作机理、组成个性及研究结果及趋势.梗概性介绍了日光能光电转换制冷工艺及日光能光化转换制冷工艺的特征及进展态势,且就光热两种能量转换、光电两种能量转换和光能化学能之间转换等3类模式制冷工艺的性能实施完整比对,从装置能耗、装置初期建设成本以及普及运用等方面分析了日光能用于制冷空调技术的发展趋势和技术瓶颈。
Relying on solar-driven refrigeration-type air-conditioning technology can be basically divided into the thermal energy conversion between light and light, light energy conversion between each other and the light and chemical energy conversion between the three types of modes.This system explains the solar energy absorption mode of refrigeration Technology, solar energy absorption mode refrigeration technology, solar energy solution desiccant evaporative heat absorption refrigeration technology and solar energy injection refrigeration technology and other technologies of the operating mechanism, the composition of personality and research results and trends. Synopsis of solar energy photovoltaic conversion refrigeration Technology and solar energy photochemical conversion refrigeration process characteristics and progress of the situation, and on the light and heat two kinds of energy conversion, photoelectric conversion of two energy and conversion of light energy between the three kinds of mode performance of the implementation of a complete comparison of cooling technology, from The energy consumption of the device, the initial construction cost of the device, and the popularization and utilization of the solar energy, analyzes the development trend and technical bottleneck of using sunlight energy in the refrigeration and air-conditioning technology.