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首页> 外文会议>2014 IEEE PES Tamp;D Conference and Exposition >Testing and commissioning experiences for the Duke Energy Progress Static VAR Compensator at Jacksonville, NC
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Testing and commissioning experiences for the Duke Energy Progress Static VAR Compensator at Jacksonville, NC

机译：北卡罗来纳州杰克逊维尔的Duke Energy Progress静态无功补偿器的测试和调试经验

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摘要

Duke Energy Progress (DEP, formerly Progress Energy Carolinas) recently completed the installation of a transmission level Static VAR Compensator (SVC) at the Jacksonville, NC 230 kV Substation, rated +300 MVAR (capacitive) to −100 MVAR (inductive) at the 230 kV point of common coupling. The project was supplied as a full turnkey installation by Mitsubishi Electric Power Products Inc, with an in-service date of June 1, 2013. This paper presents aspects of the planning and execution of the commissioning and testing for the Jacksonville SVC necessary to accommodate conditions on the DEP system. Commissioning and testing of a large SVC located in a relatively weak area of the transmission system presents several challenges, and requires significant pre-planning and coordination in order to accomplish the necessary testing, while also ensuring that the power system is not adversely affected. Consideration of the impacts on transmission and distribution system equipment, generating facilities, and customers are all part of the planning and coordination that will be discussed herein.
机译：杜克能源进步公司（DEP，前身为Progress Energy Carolinas）最近在NC 230 kV杰克逊维尔变电站完成了传输级静态无功补偿器（SVC）的安装，额定电压为+300 MVAR（电容性）至−100 MVAR（感性）。 230 kV公共耦合点。该项目由Mitsubishi Electric Power Products Inc作为完整的成套设备提供，服务日期为2013年6月1日。本文介绍了杰克逊维尔SVC适应条件所需的调试和测试的计划和执行方面在DEP系统上。位于传输系统相对薄弱区域的大型SVC的调试和测试提出了一些挑战，并且需要进行大量的预计划和协调才能完成必要的测试，同时还要确保电力系统不会受到不利影响。对传输和分配系统设备，发电设施和客户的影响的考虑都是计划和协调的一部分，本文将对此进行讨论。

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