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首页> 外文期刊>IEEE Transactions on Applied Superconductivity >Analysis and Design of Cooling System in High Temperature Superconducting Synchronous Machines
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Analysis and Design of Cooling System in High Temperature Superconducting Synchronous Machines

机译:高温超导同步电机冷却系统分析与设计

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摘要

Various cooling systems for High Temperature Superconducting (HTS) synchronous machines were analysed and discussed in this paper. Thermosyphon cooling has been applied in several demonstration HTS synchronous machines. The heat transfer characteristics of this method and the temperature field of rotor were investigated in details. Furthermore, open evaporative cooling and piping evaporative cooling were originally pointed out for HTS machines with different rotate speed ranges. The simulated results showed that open evaporative cooling can acquire more uniform temperature distribution of HTS windings. Piping evaporative cooling is preferred for cooling rotor of low rotate speed HTS machines. Based on above analysis, an integrated rotor cooling platform has been designed to investigate the characteristics of different cooling systems.
机译:本文对高温超导(HTS)同步电机的各种冷却系统进行了分析和讨论。热虹吸冷却已应用于几台示范HTS同步电机中。详细研究了该方法的传热特性和转子的温度场。此外,最初针对具有不同转速范围的HTS机器指出了开放式蒸发冷却和管道蒸发冷却。仿真结果表明,开放式蒸发冷却可以使高温超导绕组的温度分布更加均匀。对于低转速HTS机器的转子冷却,管道蒸发冷却是优选的。基于以上分析,已设计出集成的转子冷却平台来研究不同冷却系统的特性。

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