PV-BES Integrated Residential Society Governed Electric Vehicle Charging Station

In the past few decades, electricity has become an essential part of the life, as we are surrounded by electrical and electronics equipment. Most of the work is now a days online and for that electricity consumption increases significantly. To match the load demand, instead of using conventional sources, the world is more focused on renewable energy for a cheaper and green energy. A solution to the emissions and increased electricity consumption is being mitigated with the installation of PV- Battery Energy Storage (BES). Similarly, vehicles are also an important aspect of life as they save time and provides a way towards comfort. Using Internal Combustion Engines (ICE) vehicles results in emission of NOx, SOx, COx gases, these gases lead to air pollution and global warming which is a major issue before the world. This problem can be mitigated by start using electric vehicles (EVs). This paper will discuss about the model having BES and PV integrated residential society with a Electric Vehicle Charging Station (EVCS). For the proposed model the aim is to maximize the benefit to the houses in society from peer to peer trading, EVCS, feeding back to grid. The impact of the winter variation on the proposed model is also analysed. It was found that the electricity bill of the residential society is reduced and revenue generation is increased on integrating society with PV, BES and EVCS. The dependency of the society on grid is also get reduced on integrating PV-BES, as some part of the demand of houses is fulfilled by PV, BES.