配备备用发电设备的大型电话交换机中交流电源的自动切换

Hermann A. Spicker
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引用次数: 0

摘要

介绍了一种带抽出式空气断路器的开关柜的概念,该开关柜用于商业公用电力和备用发电厂之间的转换设备。讨论了抽拔式空气断路器相对于市售自动转换开关的优点。这尤其适用于大城市的大型交易所。附有实际安装的图片,以显示转换断路器和配电断路器在不同组合下的物理安排。照片中所示设备的单线原理图也包括在内。在论文的后半部分,进一步发展了切换断路器的概念,重点是开关设备与柴油机或汽轮发电机系统之间的控制协调,使开关设备和备用电源服务成为一个受控实体,重点是交流电源在无人值守环境下的最终可靠性。最后,讨论了多机系统的特殊控制要求:公共母线上的自动和手动发电机、与多台自动备用机组一起使用时带断路开关的母线系统以及具有自动同步功能的多机系统及其特殊控制考虑。同样,单线图用于显示所讨论的系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Switching of AC Power in Larger Telephone Exchanges Equipped with Standby Generating Equipment
A concept of switchgear with drawout air circuit breakers used as transfer equipment between commercial utility power and a stand-by power plant is described. The advantages of drawout type air circuit breakers are discussed over the use of commercially available automatic transfer switches. This applies especially to larger exchanges in metropolitan areas. Pictures of actual installations are included to show physical arrangements of transfer breakers and distribution breakers in different combinations. Single line schematics of the equipment shown in the photos are also included. In the second half of the paper the transfer breaker concept is developed further, and the emphasis is on control coordination between the switchgear and the diesel engine or turbine generator system, so that the switchgear and the stand-by power service become a controlled entity with emphasis on ultimate reliability of the AC power in an unattended environment. In conclusion, multi-engine systems are discussed with their special control requirements: Automatic and manual engine generators on common bus, bus systems with tie breakers when used with multiple automatic stand-by sets, as well as multiple units with automatic synchronizing features and their special control considerations. Again, single line diagrams are used to show the systems discussed.
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