Power Flow Control and Voltage Profile Improvement Using HPFC with Genetic Algorithm

Abstract

Power flow control is the critical factor affecting power transmission system. In power transmission line the Hybrid Power Flow Controller (HPFC) is applied for standardize the power flow control. Then the results presented using UPFC and HPFC equations. So these equations of HPFC power balance equations of network are united in to only one set of non-linear algebraic equations. The UPFC and HPFC are calculated primarily with the help of Neuton Raphson Method. Even though this kind of controller is a very expensive controller it provides about its arrangement. The performance evaluation of various FACTS controllers in a wide selection of working and blame circumstances has been completed. Then UPFC has a better quality power flow control attribute when contrasted or balanced with different FACTS controllers. The distinctive HPFC designs intended by the specialist have been executed on a MMIB framework. A power system of UPFC and HPFC are produced utilizing limitation conditions and target capacities. Here ideal situation of UPFC and HPFC are acquired by utilizing Genetic Algorithm (GA) based approach. A power system model of UPFC and HPFC are created utilizing very important conditions and target capacities and it is contrasted the uncompensated system. Then the proposed methodology established for IEEE-30 bus test system utilizing MATLAB satisfied record. Finally the results are compared with and without UPFC and HPFC. Then real and reactive power flows in the line and check bus voltages are to be analyzed the performance of UPFC.