Power grid protection and control
The power grid is now more dynamic than ever before! Newer tools are increasingly developed to manage the grid better. Renewable energy sources are changing power system characteristics at a time when utilities are also focusing on improving customer service and resiliency of the grid – by using advanced monitoring and control technologies!
In addition, communication technologies are advancing and related international standards are maturing to be deployed in substation environment.
Renewed attention is required on protection and control strategies that build upon the available and emerging technologies backed by a cost analysis that can be used to support a long-term value proposition.
To explore improved utilization of present technologies and chart the development of the next generation Protection and Control (P&C) technologies, the IEEE Power System Relaying Committee has formed a working group to prepare a report.
This report is describing and analyzing the state-of-the-art technologies for centralized protection and control (CPC) within a substation.
Following this discussion is a review of some emerging technologies supporting high-speed communication with high degree of reliability. The report then proposes possible centralized protection and control architectures using existing standardized communication technologies. It also provides an example of such a system with a typical substation configuration.
The report then discusses reliability and cost analysis for these centralized protection and control architectures. Addresses testing and maintenance aspects and discusses advanced applications that are either not possible or difficult to implement without CPC.
|Title:||Centralized Substation Protection and Control – Report of Working Group K15 of the Substation Protection Subcommittee by Ratan Das, Chair (ABB), Mital Kanabar, Vice Chair (GE) and other members|
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