Paper on Solar PV based Scalable DC Microgrid Design and simulation for Rural Electrification

In this paper We present the analysis and design of the e dc micro grid system for electrification. The micro grid configuration has been driven by field information gathered from India. The important parameter of such system depends on the Micro grid capacity of the transmission network which overflows the value of the voltage and the current from the main grid, which power the cost matrix analysis of the overall system which has to be equal. In this paper, we compute that the excessive cost of power (COE) for the proposed dc micro grid framework will be under minimal charges as put forth by the electrification governing agency according to the per kW-hr. We additionally present test results from a privately introduced dc micro grid model that exhibit the consistent state conduct, the bother reaction, and the general efficiency of the framework. The results show the reasonableness of the introduced dc micro grid design has totally inflicts with the main grid feasibly and found out to be very easy to implement without any extra cost to the system as far as the rising districts and the number of population in such districts are concerns.