Simulation of the Thermal Operation Mode of TVF-110 to Verify the Relevance of the Problem of Reactive Power Compensation

This paper summarizes the essential variables deciding the pertinence of the issue of reactive power regulation in the Moscow region's power grid, as well as the have to be switch turbine generators to reactive power consumption mode. The require for turbo generators to function in reactive power consumption mode is related with a shortage of compensating gadgets within the arrange. As of late, accidents associated with drawn out operation of the turbo generator within the mode of low excitation levels have gotten to be more visit, which is a necessary condition for the consumption of reactive power by the generator. The paper presents data on the affect that working modes have on the specialized condition of power plants' essential electrical hardware in terms of reactive power regulation. The reason of the ponder is to reenact the warm mode of operation of TVF-110 to confirm the pertinence ofthe problem of reactive power compensation. The achieved result exhibits that reactive power consumption mode has an insignificant influence on heating stator frontal parts. At the same time, the relevance of the issue of researching restrictions caused by thermomechanical deformation and increased vibration, leading to additional loosening and disruption of the monolithicity of stator core edge packet teeth and wear on interleaf insulation film, which can cause them to swell and their monolithicity to be disrupted, remains.