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Penetration level of distributed energy resources with anti-islanding criteria and secure operation of power system

机译:分布式能源与电力系统安全运行的分布式能源渗透水平

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Many recent blackouts might raise a concern on how the introduction of distributed energy resources or distributed generation (DG) into the network influences its secure operation in terms of dynamic performance. The anti-islanding criteria of DG may harm the secure operation of the power system. In this paper, the maximum penetration level of DG is determined using a dynamic study. Tested systems are used to study. The results show that the protection settings have an influence the maximum penetration of DG and the system secure operation.
机译:许多最近的停电可能会引起对如何在网络中引入分布式能量资源或分布式发电(DG)的关注,这会影响其在动态性能方面的安全运行。 DG的反岛屿标准可能损害电力系统的安全运行。在本文中,使用动态研究确定DG的最大渗透水平。测试系统用于研究。结果表明,保护设置具有影响DG的最大渗透和系统安全操作。

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