In this study, economical and emission analysis for meeting the electricity demand of a randomly selected house which has renewable energy sources was carried out. The house chosen as an example is in Balikesir city. As a household load, the average daily electricity needs of a family of four were accepted and different scenarios were planned using the Hybrid Optimization Model for Electric Renewable (HOMER) program to meet this need. Several scenarios were dealt with as to whether the systems designed for grid-connected photovoltaic, wind turbine and hybrid systems were indigenous manufacturing incentives. In addition, energy unit costs and total investment costs were determined and economic analysis was carried out. When the results of the study are examined, grid-connected photovoltaic, wind turbines and hybrid systems were found to be significantly less than the costs incurred by net present costs when they were established within the scope of domestic manufacturing incentives.