Simultaneous compensation of active and reactive power in the presence of Distributed Generation sources using a new analytical method

In this article, a new analytical method for the optimal allocation of active and reactive powers of distributed generation sources (DG) and capacitor banks in distribution networks is presented. The method of doing the work is very simple and lacks the complexity of other methods. The objective functions used in this study include minimizing power losses and improving the voltage profile of the distribution network. To show the effectiveness of the proposed method, simulation results have been performed on 33 distribution networks and its performance has been compared with global search methods. Finally, the presented approach for allocating the optimal power coefficients of DGs and capacitor banks has also been used in the distribution network of 119 buses. The simulation results show that the analytical approach presented in finding optimal results is very strong, fast and easy and can be used on wide distribution systems.