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Optimum coordination of directional overcurrent relays for combined overhead/cable distribution system with linear programming technique

机译:线性规划技术结合架空/电缆配电系统方向过电力继电器的最佳协调

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Heavy fault currents flow in the event of fault at the loads connected in distribution system. To protect these loads, circuit breakers and relays are required at appropriate places with proper coordination between them. This research paper focuses on finding optimum relay setting required for minimum time to interrupt power supply to avoid miscoordination in operation of relays and also investigates effect on time multiplier settings (TMS) of directional overcurrent relays in a system with combined overhead lines-underground cables. Linear programming problem (LPP) approach is used for optimization. It is interesting to know the quantitative variations in TMS as the underground cables have different characteristics than overhead lines.
机译:在配送系统中连接的负载发生故障时,沉重的故障电流流动。为了保护这些负载,在适当的地方需要断路器和继电器,在它们之间具有适当的协调。本研究侧重于找到最短时间所需的最佳继电器设置,以避免继电器操作中的失控,并研究了在具有组合的架空线路 - 地下电缆中的系统中的方向过电流继电器的时间乘数设置(TMS)的效果。线性编程问题(LPP)方法用于优化。有趣的是知道在地下电缆具有不同特性的TMS的定量变化比架空线不同。

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