Vol. 8, No 3: 113–118.

Energy and electrical engineering

 2023

Scientific article

UDK 519.876.5
pdf-version

Artyom V. Sankin
master’s degree, Peter the Great St. Petersburg Polytechnic University
(Saint Petersburg, Russia),
artemsankin18111999@yandex.ru
Daniil A. Pushkar
master’s degree, Peter the Great St. Petersburg Polytechnic University
(Saint Petersburg, Russia),
pushkar.da@edu.spbstu.ru

Using HIL Simulation for the Development of Protection and Automation Complexes of Electric Power Systems

Scientific adviser:
Stanislav O. Popov
Paper submitted on: 05/25/2023;
Accepted on: 09/28/2023;
Published online on: 09/30/2023.
 Abstract. This paper investigates the main possibilities for using hardware-in-the-loop (HIL) simulation for the development of protection and automation complexes of electric power systems, describes implementation of a number of models of the relay protection and automation complex models, as well as organization and optimization of their combined work. To confirm the development results, a microprocessor-based device was tested using a full-featured hardware-software complex ready for application and scaling.
Keywords: relay protection and automation, real-time operating system, hardware-software complex, digital twin, microprocessor terminal, MatLab, LabView, simulation

For citation: Sankin, A. V., Pushkar, D. A. Using HIL Simulation for the Development of Protection and Automation Complexes of Electric Power Systems. StudArctic forum. 2023, 8 (3): 113–118.

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