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The migration of substation automation technology from classical to digital

机译:变电站自动化技术从经典到数字的过渡

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Reconstruction and revitalization process of electricity facilities necessarily leads to implementation and integration of modern technologies into already existing infrastructure. The protection and control (P&C) system must be able to respond to all current exploitation conditions as well as foresee the future needs of the same. With emergence of an international standard for substation automation, IEC 61850 has defined a set of functionalities and rules that perfectly fit into the whole migration process of the P&C system from a classical to a digital principle. This article describes the process of technology transition from classical to digital P&C systems in concrete transformer stations in Bosnia and Herzegovina with a special review of design phase, use of IEC 61850 GOOSE messages, commissioning and integration in the SCADA system. Also, important aspects discussed in this paper are: communication redundancy, system availability, reliability and interoperability.
机译:电力设施的改造和振兴过程必然导致将现代技术实施和整合到现有的基础设施中。保护与控制(P&C)系统必须能够响应所有当前的开采条件,并预见其未来的需求。随着变电站自动化国际标准的出现,IEC 61850定义了一组功能和规则,这些功能和规则完全适合P&C系统从经典原理到数字原理的整个迁移过程。本文介绍了波斯尼亚和黑塞哥维那混凝土变电站中从经典P&C系统到传统P&C系统的技术过渡过程,并特别回顾了设计阶段,使用IEC 61850 GOOSE消息,在SCADA系统中进行调试和集成。此外,本文讨论的重要方面是:通信冗余,系统可用性,可靠性和互操作性。

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