With developing interest of power and persistently subsiding the natural resource have made unavoidable look toward sustainable power source asset. A hybrid energy system, normally comprises of at least two sustainable power sources utilized together to give expanded framework effectiveness and in addition more noteworthy adjust in vitality supply. Mixture vitality frameworks are between associated with wind control, photovoltaic power, energy unit and miniaturized scale turbine generator to produce capacity to neighborhood load and interfacing with lattice/small scale networks that diminishing the reliance on non-renewable energy sources. The cross breed framework is a superior alternative for development of present day electrical matrices that incorporates financial, ecological and social advantages. To reduce the grid dependency the renewable energy sources are taken. The generation is made at the distribution side to reduce the transmission and other loss occur. To examine the grid dependency one of the load area is considered and the load data is collected from the state electricity board for the last there years and the load analysis is done based on the available load data. Next on the selected area the renewable resources are identified and the different combination are verified to reduce the cost of the generation and finally the best combination is proposed to meet the load demand in the selected area using the renewable energy sources. And the different parameters are altered to reduce the NPC and the COE. For the complete analysis the Homer Pro software is used for the economic analysis and the load analysis the MAT lab is used. © 2018, Institute of Advanced Scientific Research, Inc. All rights reserved.