首页> 外文会议>Trends in Distribution Switchgear, 1994., Fourth International Conference on >Development of a distribution line state monitoring and controlling system by combination of remote control switches with new optical current sensors
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Development of a distribution line state monitoring and controlling system by combination of remote control switches with new optical current sensors

机译:通过将遥控开关与新型光学电流传感器相结合,开发配电线路状态监视和控制系统

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As the advanced information age continues to develop, customers' needs for a stable electricity supply and the efficient consumption of electricity are continuing to expand. To enhance power supply reliability, The Kansai Electric Power Co. has been extending its automatic power distribution operating system to its entire service area (covering about 11 million users) since 1989. To reduce service interruption time over long distance distribution grids in rural service areas, the authors have developed a "distribution line state monitoring and controlling system" that minimizes failure-affected service areas by detecting failures such as grounding, short-circuits, and open phase failure. This system employs a unique form of cost reduction, with no voltage sensors incorporated. Optical sensor elements have also been developed to maintain high reliability of power systems that are exposed to harsh environments, such as on the top of outdoor utility poles under temperature extremes.
机译:随着高级信息时代的不断发展,客户对稳定电力供应和有效电力消耗的需求正在不断扩大。为了提高供电可靠性,自1989年以来,关西电力公司一直在将其自动配电操作系统扩展到整个服务区域(覆盖大约1100万用户)。为了减少农村服务区域中长距离配电网的服务中断时间,作者开发了一种“配电线路状态监视和控制系统”,该系统通过检测接地,短路和断相故障等故障,将受故障影响的服务区域减至最少。该系统采用独特的降低成本的形式,没有内置电压传感器。还开发了光学传感器元件来维持暴露在恶劣环境下(例如,极端温度下的户外电线杆顶部)的电源系统的高可靠性。

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