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Special-Purpose High-Velocity Permanent Magnet Synchronous Generator

机译:专用高速度永磁同步发电机

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This article presents the results of designing a high-velocity permanent magnet turbo generator. The strength of the rotor magnet system is ensured, losses in the magnet body minimized, and magnets heated up using a sleeve (shroud) made from a special alloy. The losses in the statorcore steel and the saturation factor are minimized using the 49 KF material. The generator design includes a gasdynamic stator suspension. The generator has a two-loop cooling system that makes use of the gas turbine actuating medium (He circulating at P= 20 Bar and T= 360 K). Some of the He is delivered to the heat exchanger at P= 20 Bar and T = 650 K, where its temperature is decreased to 360 K; the gas then is delivered to the loops to cool the active parts of the generator. The temperature distribution in the active zone of the generator cooled by He is calculated.
机译:本文介绍了设计高速永磁涡轮发电机的结果。确保转子磁铁系统的强度,将磁铁体中的损失降至最低,并使用特殊合金制成的套筒(护罩)加热磁铁。使用49 KF的材料,定子铁心钢中的损耗和饱和系数得以最小化。发电机设计包括气动定子悬架。发电机具有两回路冷却系统,该系统利用燃气轮机驱动介质(氦气在P = 20 Bar和T = 360 K时循环)。一些He在P = 20 Bar和T = 650 K时被输送到热交换器,在此处温度降低到360K。然后将气体输送到环路以冷却发电机的活动部件。计算了由He冷却的发电机活动区域中的温度分布。

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