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Protection relays coordination in networks equipped with distribution generation during different modes of operation

机译:在不同的操作模式下,保护继电器可在配备配电网的网络中进行协调

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In the last two decades the concept of microgrid has been introduced. The advantages of microgrid encompass less power outages, less power losses during transmission, centralized power generated and improving environmental effects due to clean power generated. The wide application of microgrid concept leads to challenges for traditional protection of distribution networks result from bidirectional power flows, short circuit level during different modes of operation. The protection coordination may be compromised and nuisance or delayed tripping may be experienced. In this paper, a prober relay coordination using adaptive schemes is introduced. The group setting capability of Intelligent Electronic Device (IED) to achieve system protection during different modes is used and a minimum number of group setting is selected and simulated. In this paper the coordination was achieved with minimum number of setting groups for all modes of operation assumed communication aid system to accelerate tripping time.
机译:在过去的二十年中,引入了微电网的概念。微电网的优势包括更少的停电,传输过程中更少的功率损耗,集中产生的功率以及由于产生清洁功率而改善的环境影响。微电网概念的广泛应用给配电网的传统保护带来了挑战,这是由于双向潮流,不同操作模式下的短路水平所致。保护协调可能会受到损害,并且可能会遇到麻烦或延迟跳闸。在本文中,介绍了使用自适应方案的探测器中继协调。使用智能电子设备(IED)的分组设置功能以在不同模式下实现系统保护,并选择并模拟了最小数量的分组设置。在本文中,通过假定通信辅助系统可缩短跳闸时间的所有操作模式,以最少数量的设置组来实现协调。

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