首页> 外文会议>Applied Superconductivity and Electromagnetic Devices, 2009. ASEMD 2009 >Thermal Analysis of the HTS Magnet for Simulated Dynamic Experiment of Electric Power Systems in Over-Current State
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Thermal Analysis of the HTS Magnet for Simulated Dynamic Experiment of Electric Power Systems in Over-Current State

机译:用于过电流状态下电力系统动态仿真的高温超导磁体的热分析

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We perform thermal analysis in order to understand the thermal behavior of the HTS magnet and improve the thermal stability of the HTS magnet for simulated dynamic experiment of electric power systems. In this paper, the thermal analysis and recovery characteristics in over-current state are analyzed by using the model based on the heat conduction equation and solved using the finite element methods. The magnet was cooled by a cryocooler through a cooling plate. This study focused on the temperature profile in the magnet and the heat transfer between the magnet and the cooling plate. Based on the results, the issues related to thermal stability of the HTS magnet are discussed.
机译:我们进行热分析,以了解高温超导磁体的热性能并提高高温超导磁体的热稳定性,以进行电力系统的动态仿真。本文采用基于热传导方程的模型对过电流状态下的热分析和恢复特性进行了分析,并采用有限元方法对其进行了求解。磁体通过冷却器通过冷却板冷却。这项研究的重点是磁体中的温度分布以及磁体与冷却板之间的热传递。基于结果,讨论了与高温超导磁体的热稳定性有关的问题。

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