Which leads to low quality, reliability, and safety issues coupled with high energy consumption. Any power system factor is constantly fluctuating because of variations in the quantity and the number of equipment that is being used at a given period. Difficult to always ensure proper load sharing between inductive and capacitive loads. Control methods for the Power Factor Correction (PFC) were born. The paper proposes an efficiently computable method of designing and catering to the need for the development of a single-phase as well as three-phase power factor.