Investigation on KPI for self-healing smart distribution system operation cockpit

As the development of economic and society, the reliability of distribution system is more important than ever. Traditional distribution automation has developed a lot in order to cope with the evolution of smart distribution system and to meet the reliability and other requirements such as security, economical, efficiency and clean. In this article, we focus on the technology framework and functions of advanced distribution system and investigate on whether advanced distribution system is sufficient enough to prevent large scale black out. We review the procedures and outline the key factors that caused the blackout in Northwest Queen, which took place in 2006. Then we evaluate the functional performance of advanced distribution automation with the real case to check whether it is enough to prevent large scale blackout and enhance the reliability of distribution system. Based on the evaluation results, we discuss the key technologies as supplement for the advanced distribution automation to realize self-healing smart distribution system. The research in this article proposes a method to evaluate whether present practical self-healing system is adequate and sufficient enough to prevent large scale blackout and guarantee the security of distributed system. The observations in this article can be used to guide the real projects of advanced distribution automation and self-healing distribution system.

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“…Operation cockpit [5] is one of the key technologies for situation awareness to manage and analyze system operation situation.…”

Section: Supplement Blackout Prevention Technologies For Advanced mentioning

confidence: 99%

How could advanced distribution automation have prevented the 2006 U.S. Northwest Queen blackout

Kang

Zhang

Zhao

et al. 2014

The 2014 2nd International Conference on Systems and Informatics (ICSAI 2014)

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“…Concerning the Key Performance Indicators (KPIs), in [22] indicators related to power quality were used for a system with a high penetration of Renewable resources. In the same way in [23] the KPIs were built to serve as a guide for stakeholders in a high scale power system, including specific formulations related to the end-users. Recently, the increase in the use of KPIs to help the end-user to make decisions in their near environment became an important tool in power systems, especially with power system variables such as power consumption and Demand Response [24][25].…”

Section: Introductionmentioning

confidence: 99%

Measurement and Analysis with KPIs based on an AMI system

Morgado

Zambrano

Rosero

2022

IJEEI

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This paper presents the development of a series of Key Performance Indicators (KPIs) for the electrical system of the campus of the National University of Colombia based on the deployed smart metering infrastructure (AMI). To develop the proposed indicators, it was necessary to use different sources of information to complement the data provided by the AMI system. In the document, the formulation of the main indicators is presented alongside an analysis of the behavior obtained for each one. It was possible to observe how, based on the results obtained from the different indicators periods of inefficiency in electricity consumption. Finally, the main conclusion corresponds to the challenge of applying these KPIs to different conditions.

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Research on Situation Evaluation and Prediction Method for Distribution Network

Zhang

Shuqing

et al. 2020

2020 4th International Conference on Power and Energy Engineering (ICPEE)

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Investigation on KPI for self-healing smart distribution system operation cockpit

Cited by 4 publications

References 5 publications

How could advanced distribution automation have prevented the 2006 U.S. Northwest Queen blackout

How could advanced distribution automation have prevented the 2006 U.S. Northwest Queen blackout

Measurement and Analysis with KPIs based on an AMI system

Research on Situation Evaluation and Prediction Method for Distribution Network

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