RADIAL DISTRIBUTION SYSTEM

Abstract

Radial distribution system is always a part of interest for the researcher because the radial distribution are of different types and every type have its own specialty in the flow of power from supplying end to receiver end further, it always attracts the researchers with the new challenges such as minimizing the loss in radial distribution system and maximizing power flow from sending end to receiving end because it is the end product that the receiver gets and it should be as maximum as possible The main motive of this thesis is to understand about the IEEE-33 bus and IEEE-69 bus radial distribution system. This thesis comprises of determination of the losses of the IEEE-33 bus as well as IEEE-69 bus system by applying the general voltage profile and further disciplinary study has been done to investigate what will happen if the industrial and commercial voltage profile is applied on both IEEE-33 and IEEE-69 bus system and the losses are calculated for both the voltage profile on each of the system. A disciplinary study has been done to understand the Teaching learning based optimization technique such that the losses of distribution system could be minimized by determining optimal locations for placement of bank of capacitor on both IEEE-33 and IEEE-69 bus system respectively. And discussion over the results is also covered followed by the conclusion and future scope.