摘要
为了更好认识大型整流装置实际使用中出现的问题,以国内某大型水电站一次可控硅击穿事故为例,分析励磁可控硅击穿导致整流柜烧毁事故起因、过程以及后续处理措施。根据现场设备受损情况和继保设备记录,分析判断出事故原因,并对预后措施进行了描述。
A rectifier cabinet burnout accident of the excitation system in the large generator unit in a hydropower station is studied, which is caused by breakdown of the excitation silicon controlled rectifier.Based on field investigation of the burned device and the recording data, the reasons, process and treatment measures of the accident are analyzed.
出处
《水电与新能源》
2015年第1期51-53,55,共4页
Hydropower and New Energy
关键词
水轮发电机
机组
励磁系统
整流柜
可控硅
hydro-turbine generator
generator unit
excitation system
rectifier cabinet
silicon controlled rectifier
