ERROR OF ELECTROMAGNETIC CONVERTERS WITH EXPANDED FUNCTIONAL CAPABILITIES IN THE CONTROL OF REACTIVE POWER CURRENTS

Abstract

Extensive scientific research and investigations are being carried out to improve devices aimed at generating reactive power in power supply systems, measuring and remotely monitoring reactive power currents flowing through networks, improving the quality and efficiency of electrical energy through these measures, and ensuring the stable and uninterrupted operation of electrical networks. In this direction, it is necessary to ensure the reliable operating condition of power supply system networks, determine the quantity and quality of three-phase reactive power currents of the generated electrical energy, and develop elements, models, research algorithms, and software for primary current electromagnetic converter devices of reactive power sources.
At present, extensive scientific research is being conducted on the investigation of primary converter devices for measurement and control systems of three-phase reactive power currents in electrical network systems, the development of their structural and application principles, and the effective, high-quality, and reliable solution of energy supply problems based on primary current converter devices intended for measuring and remotely monitoring the quality and efficiency indicators of electrical energy.