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Achieving interoperability of power system protection using SCADA and PMU information

机译:利用SCADA和PMU信息实现电力系统保护的互操作性

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Protection system relying on SCADA information is the cornerstone of transmission system operation. Recently, phasor measurement units have been deployed on a wider scale and several applications based on the synchronized measurement information are developed. Based on the Romanian policy regarding Smart Grid deployment, in this paper a proposal for information exchange between existing SCADA and the newly deployed synchrophasor measurement system is presented. Both the physical and communication layers SCADA-PDC-PMUs are described. Data exchange protocol needs to fulfill both protection requirements for each system element and for the dispatching center, in order to achieve the EMS-SCADA functionalities. It is underlined the importance of achieving interoperability using as example the state estimation routinely performed by the TSO. It is described a platform for data and information exchange where new logical blocks are integrated for achieving fast protection functionalities using the synchronized information provided by PMUs. The paper concludes with practical recommendations and future work.
机译:依靠SCADA信息的保护系统是传输系统运行的基石。近来,相量测量单元已经被更广泛地部署,并且基于同步的测量信息开发了几种应用。基于罗马尼亚关于智能电网部署的政策,本文提出了在现有SCADA与新部署的同步相量测量系统之间进行信息交换的建议。描述了物理层和通信层SCADA-PDC-PMU。数据交换协议需要同时满足每个系统元素和调度中心的保护要求,才能实现EMS-SCADA功能。强调了使用TSO例行执行的状态估计作为示例来实现互操作性的重要性。描述了一种用于数据和信息交换的平台,其中集成了新的逻辑块,以使用PMU提供的同步信息来实现快速保护功能。本文最后提出了实用的建议和未来的工作。

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