A review of the design and experimental validation of the Polycarbonate Pelton turbine

Day by day the demand for electricity is increasing due to increasing population and commercialization. Energy consumption is higher than its production by conventional method. Thus, hydroelectricity exists as one option to meet the growing demand for energy through an unconventional method. The performance of a water turbine is strongly influenced by the characteristics of the inertia of the water. Electricity is the most versatile and easiest to control form of energy. It is practically lossless and essentially non-polluting at the point of use. It can be generated clean using completely renewable methods such as wind, water and sunlight. Thus, taking into account the importance of generating electricity through renewable methods, a system is designed and built that will generate electricity using a Pelton wheel turbine. In a multi-storage building, water is supplied to different floors from the top of the building. Using the downward force of the water, the assembly containing the Pelton wheel turbine and alternator is connected and we use this to generate electricity.