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Cache Power for Stand-alone Power Systems:Flywheel-based AC Power Solution

机译:独立电源系统的缓存电源:基于飞轮的交流电源解决方案

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Stand-alone power systems (SPS) are attracting more and more interest with the global movement toward the distributed generation. Due to their disconnection to the power grid, they are suffering from poor load following capability under load variations. In order to solve this problem, this paper provides an AC power solution based on flywheel energy storage. The proposed flywheel system is characterized of the following two aspects: 1) AC generation,therefore no power converter is needed; 2) automatic power compensation responding to the frequency/voltage change of the power supply. These characteristics make the proposed flywheel system suitable for stabilizing the stand-alone power system against the load variations. Some simulation and experimental results are given to prove the validity and effectiveness of the proposed solution.
机译:独立的电力系统(SPS)对分布式发电的全局运动吸引了越来越多的兴趣。由于它们的断开到电网,它们在负载变化下的能力之后患有差的负载。为了解决这个问题,本文提供了一种基于飞轮储能的交流电源解决方案。所提出的飞轮系统的特点是以下两个方面:1)交流发电,因此不需要功率转换器; 2)自动功率补偿响应电源的频率/电压变化。这些特性使得所提出的飞轮系统适用于稳定独立电力系统以防止负载变化。提供了一些模拟和实验结果来证明所提出的解决方案的有效性和有效性。

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