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The study on combined desalination and power generation system using solar pond

机译:太阳池联合海水淡化发电系统的研究

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A new combined desalination and power generation system using solar pond was presented in this paper and the principle of the new system was introduced. A new disc convergent-divergent nozzle was desgined and used in the simple reaction turbine. According to theoretical analysis of the thermodynamics process, the power production and fresh water rate were obtained at tapical parameters. To prove the feasibility of the principle a small experimental rig was set. After simple experiment it is found that the actual fresh water rate is a little higher than the theoretical value, but the actual power is too much lower, which means that the hot brine couldn't expanded insufficiently in the nozzle and the flow passage of nozzle needs to be improved farther to increase the power production. Also the other influencing factors should be considered such as the condenser efficiency, drag losses,chamber pressure and etc.
机译:提出了一种新型的利用太阳能池的联合海水淡化发电系统,并介绍了该系统的原理。设计了一种新的盘式收敛-发散喷嘴,并将其用于简单反应涡轮机中。根据对热力学过程的理论分析,在局部参数下获得了发电量和淡水率。为了证明该原理的可行性,设置了一个小型实验台。经过简单的实验,发现实际的淡水率比理论值高了一点,但是实际的功率却低得多,这意味着热盐水在喷嘴和喷嘴的流道中不能充分膨胀。需要进一步改进以增加发电量。还应考虑其他影响因素,例如冷凝器效率,阻力损失,腔室压力等。

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