Enhancement Of Renewable Energy Equiped Remote Village Power Supply Management Using Hydrogen

In global increase demand, we use clean energy persuasive argument for utilizing green energy sources more frequently in electricity production. modularity and flexibility are advantages that sources of renewable energy, such as solar, geothermal, and wind, hydropower, others provide hybridization. Standalone microgrids can offer secure and environmentally friendly solutions to address the need for electricity in remote areas. using these renewable sources are essential. standalone microgrids play a major role in remote places transmission line grid connection to the main grid makes it more difficult to produce electricity. The isolated microgrids system using renewable sources as (solar and wind) will meet up the load demand to the remote places and hold great satisfaction after the installation survey. Modeling the good designed standalone microgrid the ideally suited for industrial, school, and college campuses, party halls, and villages. Because renewable energy sources fluctuate, (solar and wind), the effective operation will be maintained by the microgrid effective operation will be maintained techhnology. In ths problem statement, we analyze that, residential houses in rural communities without grid power supply is not available for their basic requirement so we go for a standalone system using Solar energy that is supplied to load demand. If there is excess power generated, it will be stored in a battery and fuel cell storage tank. If the PV generated energy is insufficient to meet the demand load., then the backup energy storage (Littnum Ion Battery) is used which can withstand for 7 to 8 hours. These batteries will be present in every house individually according to their demand. Fuel Cell is also utilized for these load if additional supplies are required besides the Battery. Electricity from fuel cells is converted using a switch supply and a bidirectional converter.