Ethiopia is among the least developed countries on the globe with a total access to electricityrnnot exceeding 16% (in 2007). About 85% of the population lives in places where access tornelectricity is less than 2%. One such a place, which is the subject of this study, is the Dejenrndistrict (10013 24.03 N, 38007 58 E) having a total population of 107710 within 23 villages.rnAbout 14 villages (corresponding to 63000 people) are found in the upper Blue Nile riverrngorge and far remote areas, which makes the task of their electrification via grid system veryrndifficult. Kerosene for lighting, diesel for milling and pumping, biomass for cooking and dryrncells for radio are being used in the non-electrified villages. Nothing has been done so far inrndeveloping the renewable energy resources, such as small-scale hydro, solar, and windrnenergy in the district.rnIn this work, feasibility of small-scale hydro/PV/wind based hybrid electric supply system tornthe district is studied using HOMER (Hybrid Optimization Model for ElectricalrnRenewables) software as optimization and sensitivity analysis tool. Six sites (two on Tabarnstream, one on Bechet stream, two on Muga stream and one on Suha stream) with smallscalernhydropower potentials have been identified. The hydro potentials are analyzed with thernhelp of GIS (Geographical Information System) and data obtained from the Ministry ofrnWater Resource of Ethiopia (former). Meteorological data from National MeteorologicalrnAgency of Ethiopia and other sources, such as NASA, is used for the estimation of solar andrnwind energy potentials. Electric load for the basic needs of the community, such as, forrnlighting, radio, television, electric baker, water pumps and flour mills, is estimated. Primaryrnschools and health posts are also considered for the community. Since HOMER canâ€™t handlernsix hydro resources at a time, the total load is shared to each of the six sites and analysedrnseparately. As a result, many feasible hybrid system combinations are found having a cost ofrnenergy less than $0.156/kWh which is much lower than diesel generators and previouslyrnstudied PV/Wind hybrid systems.rnKey words:rnSmall Hydropower, Wind, Solar, Hybrid, HOMER, GIS, Catchment Area, Load Estimation