Development Of Energy Quality Distribution Network Based On Distributed Generation

Power quality plays an important role in providing effective electricity to consumers. As electrical energy - electrical energy - becomes a more essential and valuable resource for the entire world, maintaining its quality at all levels of use is important for the reliable operation of equipment. High power quality ideally produces power that is always available, completely pure and noise-free, sinusoidal in shape, and always within voltage and frequency tolerances.This article describes distribution generation (DG) and one of the new applications of optimal power flow (OPF) for automatic power flow management (PFM) in order to control thermal ranges in distribution networks.application for PFM is described in an online operating model for MV distribution networks. The application of OPF can be proposed based on previous shutdown generator connection contracts, which are the current principles in the U.K.Therefore, the use of energy near the loads generated from the small-scale generator increases reliability and leads to a reduction in losses in long power lines.Investigating 33, 11 kV networks are the main basis for evaluating the PFM algorithm based on OPF in terms of calculation time to achieve a suitable solution in relation to the thermal change of the network and the level of DG disconnection required for the conditions and thermal ranges of the network

Development Of Energy Quality Distribution Network Based On Distributed Generation Keywords:

active network management , distribution control , production distribution , optimal power flow