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首页> 外文期刊>Electricity Today >DEVELOPMENTS IN IEEE CAPACITOR STANDARDS: RESPONDING TO THE NEED FOR INFORMATION ON SPECIFICATIONS AND APPLICATIONS OF POWER CAPACITORS IN T&D SYSTEMS
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DEVELOPMENTS IN IEEE CAPACITOR STANDARDS: RESPONDING TO THE NEED FOR INFORMATION ON SPECIFICATIONS AND APPLICATIONS OF POWER CAPACITORS IN T&D SYSTEMS

机译：IEEE电容器标准的发展：响应有关T＆D系统中功率电容器规格和应用信息的需求

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摘要

Benefits of power capacitors include var support, improved voltage control and power factor, increased system capacity, and reduction of system power losses. The continuing growth of electrical power systems, which are predominantly inductive in nature, has increased the need for and use of power capacitors in transmission and distribution systems. This has also increased the need for technical information, including standards and guides, on the application and specification of capacitors. IEEE capacitor standards and application guides are developed primarily under the sponsorship of the IEEE T&D Committee's Capacitor Subcommittee. The scope of the IEEE Capacitor Subcommittee is: "Treatment of all shunt and series capacitor matters related to economics, technical design, theoretical and experimental performance, installation, application and service operation for use in power circuits of 60 Hz and below for the purpose of affecting performance or operating characteristics of those circuits." Application Guides for protection of shunt and series capacitors are developed under the sponsorship of the IEEE Power System Relaying Committee, usually with coordination between its working groups and the Capacitor Subcommittee.
机译：功率电容器的优点包括无功支持，改进的电压控制和功率因数，增加的系统容量以及减少的系统功率损耗。本质上主要是电感性的电力系统的持续增长已经增加了在输配电系统中对功率电容器的需求和使用。这也增加了对有关电容器应用和规格的技术信息的需求，包括标准和指南。 IEEE电容器标准和应用指南主要是在IEEE T＆D委员会电容器小组委员会的赞助下制定的。 IEEE电容器小组委员会的范围是：“处理与60Hz及以下功率电路有关的经济，技术设计，理论和实验性能，安装，应用和服务操作有关的所有并联电容器和串联电容器事项，影响这些电路的性能或工作特性。”在IEEE电力系统继电委员会的赞助下，通常在其工作组与电容器小组委员会的协调下，制定用于保护并联电容器和串联电容器的应用指南。

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