The shortage of easily available electricity probably has widespread global challenges. About 1/3 of the world population are without energy in this modern era of technology, and most of the people who have access to electricity rely on the costly and polluting fossil fuels for meeting energy needs which are another very serious cause of global warming accompanied by other environmental issues. Like other under-developed countries, Asia is also confronting a major shortfall of power load shedding, specifically in far-flung and provincial territories. An enormous, immaculate global marketplace exists to generate electricity wherein it's inaccessible and to trade the many fuel-consuming generators as of now providing strength at a virtually increased expense. Waterotor can cope with this global issue making an innovative new time of low-cost electrical energy at off-grid areas all over the world. It makes use of the K.E. of the slow-moving water in the course of a run of waterways, channels for the rotation of turbine runner to generate electricity. It’s a cost-efficient technique to carry electricity to far-flung areas that are far from transmission lines. The aim of this study to design and fabricate and analyze the performance of the hydro-kinetic technology Waterotor at different speeds. The performance of the hydro-kinetic Waterotor has been analyzed at different speeds by performing Ansys Simulation in this project. It was observed that the velocity of water at the tip of the runner blade is maximum due to the thrust produced by the runner on water.