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Solar thermal organic Rankine cycle as a renewable energy option

机译:太阳能热有机朗肯循环作为可再生能源的选择

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摘要

collector are sized according to the solar flux distribution in Malaysia. According to Malaysia Metrological Department, Kota Kinabalu has the highest yearly average of solar radiation in the country for year 2003, for this reason it is chosen for the location of study. The power generation system consists of two cycles, the solar thermal cycle that harness solar energy and the power cycle, which is the ORC that generates electricity. The solar thermal cycle circulates heat transfer fluid (HTF) in the cycle and harness thermal energy from the sun and transfers it to the organic compound in the ORC via a heat exchanger. Components in the power cycle or ORC include an ORC turbine for power generation, a condenser for heat rejection, a pump to increase the pressure and a heat exchanger. The HTF selected in this analysis is Therminol VP3, which is currently used for commercial solar thermal applications. For this research, 2 organic compounds were analyzed, R123 and isobutane. These two compounds are optimized for selection.
机译:收集器的大小取决于马来西亚的太阳通量分布。根据马来西亚计量部门的数据,哥打京那巴鲁2003年的太阳辐射年平均值是该国最高的,因此被选为研究地点。发电系统由两个循环组成,一个是利用太阳能的太阳热循环,另一个是发电的ORC循环。太阳热循环在循环中循环传热流体(HTF),并利用来自太阳的热能并将其通过热交换器传递给ORC中的有机化合物。功率循环或ORC中的组件包括用于发电的ORC涡轮机,用于散热的冷凝器,增加压力的泵和热交换器。在此分析中选择的HTF是Therminol VP3,目前用于商业太阳能热应用。为了进行这项研究,分析了2种有机化合物R123和异丁烷。这两种化合物已针对选择进行了优化。

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