SCIENCE & INNOVATION

ANALYSIS OF POWER DISSIPATION IN A TRIANGLE CONNECTION OF SINGLE-PHASE ASYNCHRONOUS MOTOR SUPPLIED FROM SOLAR ENERGY SOURCE

09.11.2023 International Scientific Journal "Science and Innovation". Series A. Volume 2 Issue 11

llhomjon Xakimovich Siddikov, Azamov Saidikrom Saidmurodovich, Boixanov Zaylobiddin Urazali ogli, Uzakov Raxmonjon

Abstract. The demand for all types of energy in the world and in our country is increasing day by day, in which the importance of renewable energy sources occupies a special place. It is considered one of the most advantageous aspects, today the most electric power-consuming device of consumers of solar energy sources, as well as conventional energy resources, is asynchronous motors. difference from three-phase, its mechanical characteristics, study and introduction of asynchronous motors for the energy developed by the solar panel into the production of brands, are considered urgent issues. When one and three-phase asynchronous motors are connected to solar energy sources in an off-line and on-line system, the power consumption is changed to a signal form through electromagnetic current converters in the control and management, and the consumed electric power is transferred to the primary one. The results of modeling of the effects of signal change magnitude and parameters on the physical and technical processes taking place based on the structure of the change device are presented

Keywords: single-phase asynchronous motor, solar energy source, reactive power control, conductor selection, capacitor bank, magnetic flux, connection group, current transformer, dynamic characteristic, differential connected condition, network connection