Research on Application of Computer Artificial Intelligence Technology in Intelligent Substation Monitoring System

Yuou Chen

doi:10.54097/hset.v1i.459

Authors

Yuou Chen

DOI:

https://doi.org/10.54097/hset.v1i.459

Keywords:

Computer, artificial intelligence technology, smart substation, substation monitoring system

Abstract

Aiming at the problem of the large number of devices and no backup in the intelligent substation monitoring system with the measurement and control devices configured at intervals, a new system architecture of the intelligent substation monitoring system is proposed. The article adopts the method of intelligent control to realize the accurate triggering of the data signal in the test process. The test system automatically captures and parses MMS messages and generates test reports to achieve the optimization of data processing closed-loop testing. Finally, a distributed improvement was made to the traditional centralized construction scheme of urban indoor substations, and the economic benefit analysis proved the scientific and economy of the new scheme.

Downloads

Download data is not yet available.

References

Yan Gang, Yang YALI, Liu Hua, et al. Development and application of avalanche automatic test system for intelligent substation monitoring system. Power system protection and control, 47(18) (2019) 6-11.

Wang Yong, Han Shaoxiao, Shang Li, et al. Research and practice of new system architecture of intelligent substation monitoring system. Power System Protection and Control, 47(8) (2019) 7-14.

Chen Yueqing, Chen Jianhong, Qiu Jianbin, et al. Research on an automatic acceptance system for intelligent substation monitoring information. Power System Protection and Control, 48(11) (2020) 8-10.

Liu Jun, Zhu Keliang, Li Duanchao, et al. Design and implementation of an integrated automatic acceptance system for monitoring information in smart substations. Microcomputer Applications, 36(4) (2020) 4-15.

Zhang Wenjun, Wang Xiaozhong, Yi Shanjun, et al. Design and implementation of monitoring port system for smart substation. Microcomputer Application, 36(12) (2020) 3-16.

Wang Yongfu, Zhang Fangzheng, Wang Yafei, et al. Development of intelligent substation bay layer cluster measurement and control device using virtualization technology. Automation of Electric Power Systems, 43(13) (2019) 9-16.

Lin Xiaobin, Jiang Haoxia, Hu Jinlei, et al. Optimization of video intelligent terminal layout for substation security monitoring. Power System Protection and Control, 047(012) (2019) 146-152.

Li Yi, Pan Cunzhi, Yang Hui. Design and Implementation of a Real-time Temperature Monitoring System for Intelligent Substations. Journal of Shijiazhuang Tiedao University: Natural Science Edition, 33(1) (2020) 8-17.

Liu Hongjun, Guan Yin, Zhu Yujin, et al. Research on the operation and maintenance system of intelligent substation interval cluster measurement and control mode. Power System Protection and Control, 48(7) (2020) 7-10.