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Integrating current differential relaying communications into an IP based infrastructure

机译:将电流差分中继通信集成到基于IP的基础架构中

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Current differential relaying is a proven and time tested method for line protection. One of the main benefits is its simplicity. While having been displaced by distance protections for transmission line protection, current differential relays have regained their popularity thanks to increased access to digital communications media. The present design of numerical current differential relays is made for synchronous communications, such as Tl/El and SONET/SDH. However, there is nothing in the relaying principle that prevents the use of packetized communications (Ethernet), and this paper has presented several alternatives for how this can be realized. With telecommunications inevitably moving towards Ethernet, conventional synchronous pilot relaying channels may quickly become obsolete. Relay manufacturers will have to address the need for new communications solutions for relaying, providing native Ethernet protective relay devices.
机译:电流差动继电器是一种行之有效的,经过时间考验的线路保护方法。主要优点之一是它的简单性。电流差动继电器虽然已被用于传输线保护的距离保护所取代,但由于对数字通信媒体的访问日益广泛,它们重新获得了普及。本数字电流差动继电器的当前设计是为同步通信而设计的,例如T1 / E1和SONET / SDH。但是,中继原理中没有什么可以阻止使用分组通信(Ethernet),并且本文针对如何实现分组通信提出了几种选择。随着电信不可避免地走向以太网,传统的同步导频中继信道可能很快就会过时。中继制造商将必须解决中继所需的新通信解决方案的需求,以提供本地以太网保护中继设备。

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