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Research on the Flow Characteristics of Forced Circulation Evaporative Cooling System of Stator in Turbo-generator

机译:涡轮发电机中固定循环蒸发冷却系统的流动特性研究

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The forced circulation evaporative cooling system of stator in turbo-generator is a new cooling system under study, with the advantages of high-security, high efficiency and energy-saving. In this paper, an experiment table of this new cooling system with single hollow conductor was established. The flow characteristics of coolant in hollow conductor were analyzed and discussed by theoretical simulating and experimental researching. The results show that with the volume flow of coolant increasing, the variation tendencies of total flow resistance in hollow conductor and quality at exit are not monotonic and the prediction precision of total flow resistance in hollow conductor is satisfying with maximum relative error less than 10%. The length of subcooled flow boiling region in hollow conductor is relative long and can not be ignored. The conclusions in this paper can provide the theoretical and experimental basis for the further study of this new cooling system.
机译:涡轮发电机中固定器的强制循环蒸发冷却系统是一种正在研究的新型冷却系统,具有高安全性,高效率和节能的优点。本文建立了具有单空心导体的新冷却系统的实验表。分析了中空导体中冷却剂的流动特性,并通过理论模拟和实验研究探讨了。结果表明,随着冷却剂的体积流量的增加,中空导体中的总流动性的变化趋势和出口处的质量不是单调,中空导体中总流动阻力的预测精度符合小于10%的最大相对误差。中空导体中的过冷却流沸点的长度相对长,不能忽略。本文的结论可以为进一步研究这种新的冷却系统提供理论和实验依据。

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