变电站的未来结构

Y. Bouffard-Vercelli, B. André
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引用次数: 2

摘要

40年来,大多数的高压/中压和低压变电站都是用铜电缆连接保护继电器、自动化和测量装置以及电力变压器、断路器、开关、电压/电流互感器和保护继电器等一次设备来控制电力。21世纪初,基于以太网的变电站通信的使用,加上数字技术的推广,开始了变电站向数字化的迈进。本文从新的技术发展和通信技术的角度,详细介绍了IEEE支持的新型变电站集中保护、控制、自动化和测量系统,以及利用合并单元(MU)的推广,向所有设备虚拟化的预期发展。总之,结合这些新的高压和低压架构,确定了对变电站工程工具和安全概念的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Future Architectures of Electrical Substations
For 40 years, most of the HV/MV & LV electrical substations have been build using copper cables wiring together protection relays, automation and measurement units and primary equipments such Power Transformer, Circuit Breakers, Switches and Voltage/Current Transformers and protection relays to control of the electricity. Beginning of the 21th century, the used of Ethernet based substation communication coupled with the generalization of digital technologies have started the step to digital substations.The present paper presents the future evolutions for the HV & LV electrical substations based on the new technology evolutions and communication technologies with in detail the new Centralized Protection, Control, Automation & Measurement Systems for substation supported by IEEE and the expected evolution to the virtualization of all equipments taking benefits of the Merging Units (MU) generalization.In conclusion, the impacts over substation engineering tools and security concepts are identified coupled with these new HV & LV architectures.
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