微网保护助力能源多元化的有效策略

M. Ashfaq, Muhammad Waseem Altaf, Muhammad Naveed Naz, Abdul Sattar Malik, M. Mushtaq, Muhammad Kamran Bhatti
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引用次数: 1

摘要

微电网的保护是未来一个具有挑战性的问题。微电网的某一部分发生故障,就会引起整个微电网的故障。需要一种通过隔离故障部分来保护微电网的保护方案。在独立和并网模式下,电流和电压参数下的故障水平是不同的。本文针对这两种模式提出了一种有效的保护方案。分析了电流和电压下的故障等级。故障清除后,故障部件的重新连接也是需要解决的另一个主要问题。本文还提出了一种重连接方案。这些有效的保护和重联方案在并网和微网单机模式下的系统模型上进行了测试,证明了它们的有效性。
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Effective Strategy for Micro-Grid Protection Assisted Diversified Energy Resources
Protection of micro-Grid is a future challenging issue. A fault occur at one part of micro-grid can cause the whole micro-Grid to be faulty. A protection scheme is needed which protect the micro-Grid by isolating that faulty part. Fault levels at both current and voltage parameters are different in stand-alone and utility grid connected mode. An effective protection scheme is developed for both modes in this paper. Fault levels at both current and voltage are analysed. After clearance of fault, reconnection of faulty part is also another major problem which needs to be sorted out. A reconnection scheme is also be presented in this paper. These effective protection and reconnection developed schemes are tested on system model for both utility grid connected and stand-alone mode of microgrid which are proven to be effective.
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