PriMera Scientific Engineering (ISSN: 2834-2550)

Review Article

Volume 4 Issue 6

Reliability Evaluation Model of Safety Measures for Protection Device Maintenance Opreating Based on Goal Orientation

Huishan Zhang*

May 27, 2024


Aiming at lack of general Reliability Evaluation that exists in executing safety measures for protection device maintenance operating with relying on habit and showing diversity, this paper gives a general reliability evaluation model of second safety measures by using of two dimensions on reliability and complexity and point to the specific maintenance task, it shows optimal method which gives improvement to present working method. The model takes count of the habit from maintenance firm, its application can be feasible.

Keywords: reliability; complexity; secondary safety measures; relay protection; function link


  1. Peng Shaobo., et al. “Study of optimization of secondary safety measures of 220 kV smart substation maintenance”. Power System Protection and Control 42.23 (2014): 143-148.
  2. ang Jia., et al. “Research and application of secondary safety measures and its management and control of smart substation”. Electrical Measurement & Instrumentation 57.13 (2020): 104-111.
  3. Fang Baolei. “Research on New Methods for Maintenance and Repair of Secondary System in Intelligent Substation”. ShanDong: College of Electrical Engineering, Shandong University (2018).
  4. Lu Jichao. “Research on Fault Handling and Safety Measures for the Secondary System of Intelligent Substation”. JiLin: College of Electrical and Electronic Engineering, Changchun University of Industry.
  5. Zhang Qiqi., et al. “Research and investigation of one-button secondary safety measures in smart substation”. Power System Protection and Control 47.18 (2019): 176-181.
  6. Bao Wei., et al. “Verification of security measures for smart substations based on visualized simulation”. Power System Protection and Control 46.24 (2018): 150-157.
  7. Gao Xu., et al. “Verification for security measures of smart substation based on communication state matrix”. Electric Power Automation Equipment 39.7 (2019): 195202.
  8. Fan Weidong., et al. “Verification method of secondary safety measures of intelligent substation based on signal simulation”. Electric Power Automation Equipment 40.10 (2020): 218-214.
  9. Liu Xiaogang., et al. Automatic generation and online checking technology for secondary safety measures of smart substation 45.23 (2017): 82-89.
  10. Fan Weidong., et al. “Research on checking method of secondary operation in smart substation”. Electrical Measurement & Instrumentation 57.13 (2020): 40-47.
  11. Zhao Yuhao., et al. “Research and realization of security measures online rehearsal and anti-error warning of intelligent substation substation secondary equipment”. Journal of Electric Power Science and Technology 35.3 (2020): 173-178.
  12. State Grid Corporation of China, General Design of 330-750kV Intelligent Substation for State Grid Corporation of China's Transmission and Transformation Project (2017 Edition)[M]. Beijing: China Electric Power Publishing House (2018).
  13. Sun Yuanzhang, Cheng Lin and He Jian. “Reliability Theory of Power System Operation [M]”. Beijing: Tsinghua University Publishing House (2012).
  14. State Grid Corporation of China, Power Reliability Management Training Textbook (Theoretical Chapter). Beijing: China Electric Power Publishing House (2012).
  15. Sheng Ju, Xie Shiqian and Pan Chengyi. “Probability Theory and Quantitative Statistics (Fourth Edition) [M]”. Beijing: Higher Education Publishing House (2008).
  16. WANG Feng., et al. “Risk Countermeasures and Reliability Analysis of Remote Setting Modification for Relay Protection Based on IEC 61950 Standard”. Guangdong Electric Power 34.5 (2021): 82-89.
  17. Felician L and Zalateu G. “Validating Halstead's theory for pascal programs”. IEEE Transactions on Software Engineering 15.12 (2017): 1630-1632.
  18. Sperbeck David J., et al. “Halstead category test sensitivity to neurocognitive deficits in prenatal alcohol exposed and cognitively impaired children”. Child Neuropsychology 27.3 (2021): 11-17.
  19. Meng Le., et al. “Principle and implementation of voltage and reactive power control based on offset degree”. Southern Power System Technology 9.9 (2015): 87-91.
  20. Wang Bangyan, Wang Xiuli and Ning Lianhui. “Switch configuration optimization and reliability evaluation of offshore wind farm collector syste”. Distribution & Utilization 38.4 (2021): 4351.
  21. Fun Yushu. “Mathematical Planning and Its Applications [M]”. Beijing: Mechanical Industry Publishing House (2018).