加强微电网保护方案的新建议

S. Mostafa, H.M. Enamul Haque, K. Fuad
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引用次数: 0

摘要

微电网既可以并网运行,也可以孤岛运行,因此设计一种完善的保护方案是微电网实施的一大挑战。由于分布式发电资源的存在,故障电流总是稳定地变化,从而导致系统参数的变化。研究了微电网的两个重要特性:点对点和即插即用,以避免微电网自适应保护方案中复杂的通信网络。在传统保护方案的基础上,提出了一种微电网模型,解决了分布式能源可能存在的所有缺陷。将整个微电网划分为不同的保护区域,通过分析相应的系统参数,找出完善的故障检测技术。此外,新的保护方案还考虑了变压器的保护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new Proposal for Enhancement of Protection Scheme for Microgrids
To design a perfect protection scheme is a big challenge for microgrid (MG) network implementation because it can operate either grid connected mode neither islanding mode. Due to distributed generation (DGs) resources the fault current always varied steadily hence the system parameters. This research focus on two vital properties of microgrid: peer-to-peer and plug-and-play to avoid sophisticated communication network for microgrid adaptive protection schemes. A microgrid model has been proposed by conventional protection scheme and addressing all possible drawbacks along with distributed energy resources. Whole microgrid is divided into different protection zone to identify perfect fault detection techniques by analyzing corresponding system parameters. Moreover, transformer protection also considered in new proposed protection scheme.
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