母线保护工艺母线的研制

Yasuyuki Tanaka, Kiyosumi Ideta, S. Oda, Keigo Adachi, H. Noguchi
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引用次数: 1

摘要

母线保护描述了具有多达32个槽的电流输入的母线。对于使用IEC61850-9-2过程总线的IED和mu的母线保护,由于通过100BASE-FX将80个样本/周期数据从所有海湾mu传输到IED,通信流量堵塞是主要问题。本文描述了MUs和IED之间的点对点连接,以便在进程总线上隔离32个槽的SV消息。由于过程总线中不一定需要LAN交换机,因此可以实现更高的可靠性、长寿命、互操作性和易于维护。每个MU的采样时间由独立于GPS时间戳信号的1PPS信号从IED控制,即使在GPS时钟丢失的情况下也不会被母线保护锁出。该技术不仅适用于母线保护,也适用于VSS(电压选择方案)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of process bus for busbar protection
Busbar protection is described for a bus with current inputs for up to 32 bays. For busbar protection with IEDs and MUs using IEC61850-9-2 process bus, communication traffic jams are the main concern, due to transferring 80 samples/cycle data from all bay MUs to IED via 100BASE-FX. This paper describes peer-to-peer connection between MUs and IED in order to segrigate the SV messages of 32 bays on the process bus. As a LAN switch is not necessarily required in the process bus, higher reliability, long lifetime, interoperability and easy-maintenance can be achieved. The sampling timing of each MU is controlled from IED by 1PPS signal which is independent from the time stamp signal made by GPS so that lock out of busbar protection is prevented even at the case of GPS clock loss. This technique can be applied not only to busbar protection but also to VSS (voltage selection scheme).
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