Welcome to Francis Academic Press

Academic Journal of Engineering and Technology Science, 2022, 5(12); doi: 10.25236/AJETS.2022.051205.

Research on Integrated Smart Preventing Mal-Operation System of Intelligent Substation


Tang Xiaolong, Li Wenping, Yu Juan, Xu He, Long Jiangshen, Li Kunpeng

Corresponding Author:
Li Kunpeng

Anhui Nanrui Jiyuan Power Grid Technology Co., Ltd., Hefei, Anhui Province, China


With the rapid development of smart grid technology, substation comprehensive automation technology has made significant improvements. However, the intelligent operation function of monitoring and operation and maintenance is still not perfect, such as the reversing operation process is still based on manual sequential operation, which is far from being able to meet the intelligent development needs of power system. In this paper, the integrated smart preventing mal-operation system of intelligent substation is studied. Firstly, the "topology preventing mal-operation analysis algorithm" is adopted to capture the charged operation of equipment in real time based on the primary wiring diagram and operation mode of the substation. Secondly, establish wireless micro-power LAN in the substation to achieve full coverage of the micro-power wireless network, upgrade and replace the smart preventing mal-operation host and smart-key so that they have micro-power network access.Through the wireless network mode, the smart-key is connected to the smart preventing mal-operation host in real time,and the real-time communication is realized between the smart preventing mal-operation host and the smart-key as well as the field locks,integrating the means of error-proof measures such as preventing mal-operation, lock control, access control, ground state management, etc.,unifying the authorization and identification, unifying the incorporation of the preventing mal-operation process, realizing the comprehensive coverage of the preventing mal-operation measures in substations to make real-time locking logic judgment and real-time preventing mal-operation, and controlling the operation process of thesmart-key in real time according to the judgment result, effectively improving the work accuracy and efficiency of the operation personnel.


intelligent substation, integrated smart preventing mal-operation system, topology preventing mal-operation, wireless network technology

Cite This Paper

Tang Xiaolong, Li Wenping, Yu Juan, Xu He, Long Jiangshen, Li Kunpeng. Research on Integrated Smart Preventing Mal-Operation System of Intelligent Substation. Academic Journal of Engineering and Technology Science (2022) Vol. 5, Issue 12: 34-40. https://doi.org/10.25236/AJETS.2022.051205.


[1] Jinglin Zhao, Hui Zhu, Ning Chen and Shen Zhang. (2022) Research and Application of a New Fault Prevention System for Inverted Gate Operation Based on Topological Fault Prevention Model and Internet of Things Technology. China Plant Engineering, 8, 69-71. 

[2] Yin Chao, Ruoxi Cheng. (2021) Design of Intelligent Control System for Networked Dispatching of Distribution Networks Based on Topology Error Prevention. Electronic Design Engineering, 29(19), 146-149+154.

[3] Shihong Dang. (2019) Remote Operation Safety and Error Prevention Technology for Smart Grid Dispatch Control System. Digital Technology and Application, 37(6), 119-121.

[4] Su Naibo. Yi Qisheng. (2019) On the Application of Portable Five-Proof System. Electromechanical Information, 6, 21-22.

[5] Haiting Zhang, Siyuan Zhang, Dengxin Liu, Zonjun Mu, Guangmin Wang, Guangshi Shao and Jianglin Li.(2021) Design and Application of A Visualization Check System for Anti-Misoperation Blocking Logic in A Substation.Power System Protection and Control, 49(12), 181-187.

[6] Jinkui Huang. (2018) R & D and Application of Anti-Misoperation Lockout Logic Rule Generation and Checking System Based on Typical Connection. Electronic Component and Information Technology, 16, 5-9.

[7] Zhenyu Tang, Minghui Liu, Xiang Cao, Qing Lin and Shaoqian Hu. (2020) Exploration of a Double-Path Security Check Mechanism for Dispatching Remote Operation. Electric Power Information and Communication Technology, 18(3), 21-26.

[8] Jiaxi He, Hao Chen, Guowei Chu, Jianxun Ma and Jun Jiang. (2022) An Exploration of A Dual - Path Safety Verification Mechanism for Scheduling Remote Control Operations. Power System and Clean Energy, 38(8), 75-81.