Advanced Operation for Micro-Grid on Residential Properties for Network Power Stability During Peak Load

Numerous factors force researchers and governments to promote the deployments of renewable energy sources for electrical power generation. The earth sun exposure places photovoltaic technologies at the front seat for renewable energy sources. World-wide, governments and United Nations are encouraging the installation of the photovoltaic (PV) technology at residential and commercial properties. Systems installation at the houses allow the photovoltaic system to play an important role in supporting the electrical demands of the house. Nowadays, PV panels are rapidly installed to form micro-grid stations on private properties. These stations have the ability to support the electrical network by injecting electrical power during sunlight periods. PV micro-grids have numerous advantages over large PV stations. These advantages covers wide areas including environment, costs, losses and network stabilities. This paper highlights the recompenses of using the residential and industrial micro-grid systems. The paper includes the proposed system architect for advance operation of PV micro-grid. Also, the paper shows that the proposed arrangement reduces the complexity and electrical losses of the transmission network. Furthermore, the work illustrates how the house PV system design can play an important role to reduce and stabilize the electrical energy required from the fossil fuel power station. A Case study is included