For Morocco the exploration of the renewable energy resources is one of the main strategical axis to reach the country’s energy dependence and shift to a sustainable society. However, due to the topographical and logistical properties, it is sometimes difficult to reach a full electricity coverage for all population knowing the fact of the existence of rural communities living in mountains or non-accessible locations. To overcome this issue, the integration of renewable energy sources may be a solution to create self-energy dependence for remote communities or to decrease the grid dependence of these lasts. In this study we evaluated the capacity of a Dish Stirling System (DSS) to decrease the grid electricity dependence of a rural community at Ain Beni Mathar by optimizing the load capacity and using high quality inputs data. Results devote that the optimal configuration is the use of 5 DSS systems. This will lead to a daily electricity production reaching 600 kWh/day, which represents 65% from the total energy consumption with a Levelized cost of electricity (LCOE) of 0.173 Euro/kWh.