In India with a power shortage of about 10% of installed capacity, the transmission and distribution losses are relatively high. One of the reasons for the large loss is the excessive reactive loads on the primary distribution feeder. With the right amount of reactive power compensation, as system load varies, line losses can be considerably reduced. The application of Artificial Neural Network...

− The study presented in this paper aims to develop a new method for active and reactive power balancing in a four-wire stand-alone microgrid (MG), which feds single phase loads. Two unbalance compensation controllers are used, for active and reactive powers. The compensation is based on a dump load (DL) and a static compensator (STATCOM), which ensure the balance of the active and reactive pow...

Experimental validation in addition to detailed modeling and simulation of a new transformer-less series compensator for linecommutated HVDC rectifier terminal is presented. The compensator employs very small capacitors compared to those in conventional shunt compensators or fixed series capacitors for reactive power compensation of such links. The proposed device demonstrates fundamental-frequ...

Abstract The DSPTMS320F28335, which is utilized as the main control chip, aims to measure system power factor and current voltage, switching capacitor, improve accuracy of capacity capacitor reduce regulation time. hardware circuit designed experimental model built. According results, reactive compensation controller with DSP chip can quickly compensate more than 0.9 even under condition load c...

This research focuses on finding the optimal location of reactive compensation in an unbalanced electrical power system (EPS). An EPS is named when there uncertainty behaviour demand, which causes changes voltage profile and angle each phases. For this reason, using will improve profiles magnitudes transmission lines. The proposed methodology uses AC flows as a basis, applied to phase and, thro...