Objectives: To propose a novel hybrid control plan to enhance the power quality (PQ) of distributed energy sources (DERs) such as solar energy (SE), wind energy (WE), and battery energy storage system (BEES) technologies. Method: A BEES, a PV farm, and a wind farm are integrated into the grid to supply home loads. The ABMO-ANN control system is a novel method that combines the Hybrid Barnacles Mating Optimization Algorithm (HBMO) and the Artificial Neural Network (ANN) (ANN). The power is balanced by balancing the power consumed by BEES and the power provided by the VSI inverter in this new proposed algorithm. Findings: In this HBMO-ANN control model, the proportional integral (PI) gain parameter controller generates the signals based on the load variation to manage the hybrid RES energy sources optimally. The assumed variables as system parameters in this suggested prediction approach are direct current (DC) voltage and active with reactive power. Novelty: The new HBMO-ANN method creates optimal control, aiming to improve power system damping and sustain line voltage with the reactive power compensation provided. However, when compared to existing control methods, the performance of the HBMO-ANN approach with a PI controller is also justified. The suggested methodology is compared to existing methods in MATLAB/Simulink.

Distributed Generation (DG) is small capacity generating units directly associated to the distributed system. With the penetration of distributed generators nearby the consumer load center support to the distribution system will be enhanced. The Distributed Generation involves both Renewable & sustainable sources of energy to engender power in order to appease the ever increasing energy requirement. Suitable location and capacity of DG units will benefit the achievement of active power system network. The voltage profile and Real power line loss and Reactive power line loss reduction can also be improved with suitable location and allocation of DG. This work proposes a new Simulation method for the placement of fixed Size Diesel Generator in IEEE 12 bus radial distribution system stationed on Voltage stability index and Transmission line losses. This index is progressed by acknowledging steady state node voltages cited in Per Unit.