Research ArticleOpen AccessGoogle Scholar indexed
Research on the Mechanism of Power Supply Interruption Risk for Important User Based on Interpretative Structural Model
School of Economics and Management, North China Electric Power University, Beijing, China
School of Economics and Management, North China Electric Power University, Beijing, China
School of Economics and Management, North China Electric Power University, Beijing, China
- 1 School of Economics and Management, North China Electric Power University, Beijing, China
- 2 School of Economics and Management, North China Electric Power University, Beijing, China
- 3 School of Economics and Management, North China Electric Power University, Beijing, China
Journal of Service Science and Management·Volume 10 (2017)·Pages 537–546·Published 17 November 2017·DOI10.4236/jssm.2017.106041
Copy link · social · email
Abstract
In order to effectively manage the safety risk for power supply to important power user, and increase power supply safety and reliability, interpretative structural model is used to explore the generation mechanism of power supply & utility system safety risk and the risk element transfer path. Based on analysis of risk element, interpretative structural model of power supply risk generation mechanism is constructed. This model analyzes the hierarchical relationship between each risk element and transmission path, and then reveals the power safety risk generation mechanism, identifies the key risk element to be supervised by power supply companies & users, and helps the power supply and utility company to improve the power safety management.
KeywordsImportant Power UserPower Supply SafetyRisk ElementGeneration MechanismTransfer Path
- Wei, Y. (2015) Discussion of Power Supply Management for High Risk and Important Electricity Users. Heilongjiang Science Information, No. 34, 109-109.
- Xu, A.Y. (2014) Important User Power Supply Status Analysis and Suggestions. Power Distribution and Utilization, No. 6, 18-21.
- Ye, X., Lu, Z.X., Qiao, Y., Li, J., Wang, F. and Luo, W. (2012) Large Scale Discussion on China Accidents of Wind Power Generator Trip. Power Automation, No. 8, 11-17.
- Yue, X.L., Wang, T., Gu, X.P., Li, K., Zhang, S. and Wang, T.Q. (2016) Identification of Weak Power Transmission lines Based on Self-Organized Criticality Theory. Power System Control & Protection, No. 15, 18-26.
- Yang, F.Y., Dui, X.W., Tang, J.X. and Lu, Z.X. (2013) Reliability Evaluation of 500 kV Terminal Station Considering Station-Grid Coordination. Power System Technology, No. 3, 847-854.
- Zhang, Z.Z. (2011) Strengthen the Management of Power Supply to High Risk and Important Users. Automation Application, No. 12, 51-52.
- Li, W.P. (2014) Discussion of Power Supply & Utility Safety Management and Risk Prevention. Countryside Electrician, No. 1, 6-6.
- Chen, J.X. (2016) Discussion of Important User Power Utility Safety and Potential Hazard Controlling. Communication World, No. 17, 171-172.
- Liu, Q.B. (2014) Discussion of Safety Checking and Potential Hazard Controlling of Power Supply to High Risk & Important Users. China New Technology Enterprise, No. 30, 165-166.
- Cui, J.P. (2015) The Safety Hazard and Its Controlling of Power Supply to High Risk & Important Users. China New Technology Enterprise, No. 36, 137-138.
- Li, Y.H. and Chen, F. (2014) Safety Inspection Practice of Power Supply to High Risk & Important Users and Analysis of Hazard Control. China New Technology & Product, No. 4, 168-169.
- Zhang, X.S. (2014) The Application of Equipment Status Risk Evaluation in Important User Power Supply Management. Motor Information, No. 30, 172-173.
- Yin, H. and Ci, X.Y. (2010) Power Supply Safety Service Risk and Its Prevention. China Power Enterprise Management, No. 29, 64-65.
- Yang, B., Yu, B. and Sun, Q. (2010) Overseas Oil & Gas Development Project Risk Generation Mechanism Based on Interpretative Structural Model. Journal of Haerbin Engineering University, 31, 1259-1264.