Talk · Procedia Computer Science · January 1, 2024
Architecture of intercomponent interaction of a microprocessor-powered sustainable relay protection system based on open standards IoT
Alexandr V. Neftissov, Andrii O. Biloshchytskyi, Lalita Kirichenko, Ilyas Kazambayev, Kamilla Zhakupova, Dnislam Urazayev
Abstract
Nowadays, the problem of the coordination of relay protection systems during faults becomes widespread, as the trip of the circuit breaker must be fast. One of the solutions is the application of the Internet of Things. The object of this research is a relay protection system architecture, which uses elements of the Internet of Things and is based on open standards. The research aims to address the efficiency of using the Internet of Things in the relay protection systems, as well as the relevance of the proposed architecture. This architecture unifies processes encompassing relay protection, data collection, analysis, real-time communication protocols, and secure data transmission techniques. Apart from the increased quality of relay protection, it provides a well-organized framework for the precise and efficient acquisition, transmission, and analysis of data. As a result of the research, it was derived that the Internet of Things can be used in relay protection applications along with the proposed architecture if certain conditions are met.
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