Research on self-powered short-circuit fault alarming system in power grid

Shulin Liu, Dandan Xu
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Abstract

Aim to the existing shortages of fault monitoring technology in power grid, this paper presents a kind of self-powered short-circuit fault detection system based on current transformer (CT) to acquire power and GSM module to realize fault wireless remote alarming. The system utilizes the energy generated at the moment of short-circuit fault in grid, Combing the switching power supply technology, CT couples short-circuit energy to the secondary-side to supply power for the entire system, it can achieve zero power consumption; The ultra low power microprocessor controls the GSM wireless communication module to send fault signal to the monitoring terminal; super capacitor (SC) as the uninterrupted power supply, when the fault signal is to be sent, the stored energy is released instantaneously. The system eliminates the dependence on the dry battery and display screen, short-circuit fault information can be obtained in a distance of thousands of miles in time. At last, experiment results verify that the designed system can detect short-circuit fault quickly and effectively.
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电网自供电短路故障报警系统的研究
针对目前电网故障监测技术存在的不足,提出了一种基于电流互感器(CT)获取电力和GSM模块实现故障无线远程报警的自供电型短路故障检测系统。该系统利用电网短路故障瞬间产生的能量,结合开关电源技术,将短路能量耦合到二次侧为整个系统供电,可实现零功耗;超低功耗微处理器控制GSM无线通信模块向监控终端发送故障信号;超级电容器(SC)作为不间断电源,在发送故障信号时,所存储的能量瞬间释放。该系统消除了对干电池和显示屏的依赖,可以在千里之外及时获取短路故障信息。最后,实验结果验证了所设计的系统能够快速有效地检测出短路故障。
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