Analysis of the Impact of Electric Power Quality on the Operation of a Combined-Design Separator

This paper investigates how the quality of electricity affects a combined-design separator. This combined-design separator for polydisperse fluid systems has been devised by the Department of Electrical Engineering and Machinery of FSBU Kuban State Technological University; what differentiates it from the common designs is that the separator drum also functions as its effector where the oil is separated and the rotor of the asynchronous motor is hosted. The paper discusses a separator for polydisperse fluid systems, its digital twin, and a laboratory bench created in MATLAB; it investigates how the quality of electricity (the amplitude, frequency, and non-sinusoid shape of the supply voltage) affect the parameters of the combined-design separator.