Adaptive reclose can remarkably enhance power system reliability.
自适应重合闸可显著提高供电可靠性。
The incorrect reclose of line protective devices in electric power system will result in personal injuries and system accidents.
电网中运行的线路保护装置的重合闸误动作，将会引起人身以及电网事故。
A new type of automatic reclose controller is described in this paper. A new method of low current ground protection is provided.
叙述了一种新型的自动重合控制器，提出了一种小电流接地保护的新方法。
A new method are presented about power source of current type which fetch electric energy form the ct for the reclose controller.
给出了从CT中取能量作为重合器的电流型供电电源的新方法。
Further more, the switches reclose at optimal reclosing time by phase for instantaneous fault and shut down reclosure for permanent fault.
瞬时故障时在最佳重合时刻分相重合，永久故障时闭锁重合闸。
The current research of self-adaptive reclosure is introduced based on its principles in various cases, and the reclose sequence is also presented.
结合各种情况下自适应重合闸实现原理，对目前自适应重合闸研究现状作了阐述，介绍了自适应重合闸顺序。
The computation of residual voltage offers the theoretical foundation to the design of automatic secondary reclose, and it is also the analysis basis for capacity braking.
残压计算为自动二次重合闸装置的设计人员提供了理论依据，也是分析异步电动机电容制动过程的基础。
The computation of residual voltage offers the theoretical foundation to the design of automatic secondary reclose, and it is also the analysis basis for capacity braking.
残压计算为自动二次重合闸装置的设计人员提供了理论依据，也是分析异步电动机电容制动过程的基础。
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