Distributed generation (DG) will play an important role in future power generation systems, especially in stand-alone applications. Three phase four-leg inverter is a well-known topology which can be used as an interface power converter for DGs. Thanks to the fourth leg to provide the neutral path, the four-leg inverter is able to supply balanced loads as well as unbalanced loads. In this paper...

In recent days in distribution system the more importance is giving to Loss minimization techniques since electricity demand continuously increasing and utility companies are struggling meet this rapid increase load due constraints on energy resource generation. Furthermore, voltage instability phenomena also playing important role systems caused a major blackout network. To solve above problem...

Electric vehicle penetration in the transport section is increasing and replacing conventional fossil fuel based vehicles. Still, EV has not received success due to some limitations such as cost of vehicle, battery capacity availability charging station. The station depends on its geographical location. At same time, location electrical network affects energy loss voltage deviation. Therefore, ...

Voltage sags are considered as one of the most detrimental power quality (PQ) disturbance due to their costly influence on sensitive loads. This paper investigates voltage sag mitigation in distribution network following occurrence a fault. Two software used this work; 1st is MATLAB R2017a for implementation Differential Evaluation (DE) algorithm find optimal location and size DG while 2nd CYME...

The ideal places and size of the distribution generators were determined by reducing loss power in networks. positioning various kinds DGs has been suggested current job. In this job, factor for DG supply acquired, both active as well reactive power. proposed approach, different types generation (DG) real For optimal placement sources, particle swarm optimization techniques have used Each these...

Power loss and voltage uncertainty are the major issues prevalently faced in design of distribution systems. But such can be resolved through effective usage networking reconfiguration that has a combination Distributed Generation (DG) units from networks. In this point view, optimal placement sizing DGs ways to boost performance power The optimum allocation resolves various problems namely, lo...