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2019•2019 IEEE International Conference on System, Computation, Automation and Networking (ICSCAN)Requires access

Performance Evaluation of Smart Intelligent Circuit Breaker

K. Sedhuraman, A. Venkadesan, K Dhivagar, M Mugesh

Open publisher page 5 citations

Abstract

Smart Intelligent Circuit Breaker (SICB) is an automated circuit recloser or breaker, which isolates the load from the source, once fault occurs. It performs action when the current / voltage component crosses the steady stability value. The stability value varies based on the load capacity or intensity of fault. It automatically switches on when the supply is regained after a delay time, for instance if the supply is blackout for a period and once supply is regained the circuit breaker closes the circuit after a delay period.

About this research paper

What this paper is about

Smart Intelligent Circuit Breaker (SICB) is an automated circuit recloser or breaker, which isolates the load from the source, once fault occurs. It performs action when the current / voltage component crosses the steady stability value. The stability value varies based on the load capacity or intensity of fault. It automatically switches on when the supply is regained after a delay time, for instance if the supply is blackout for a period and once supply is regained the circuit breaker closes the circuit after a delay period.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Limitations

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Available abstract

Smart Intelligent Circuit Breaker (SICB) is an automated circuit recloser or breaker, which isolates the load from the source, once fault occurs. It performs action when the current / voltage component crosses the steady stability value. The stability value varies based on the load capacity or intensity of fault. It automatically switches on when the supply is regained after a delay time, for instance if the supply is blackout for a period and once supply is regained the circuit breaker closes the circuit after a delay period.

Key concepts: Recloser, Circuit breaker, Blackout, Arc-fault circuit interrupter, Transient recovery voltage, Fault (geology), Distribution board, Electrical engineering

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