Prototyping Hybrid Electrical Sources: Methodologies And Testing Outcomes

Abstract

This study presents the development and testing of a Hybrid Electrical Source combining hydro and solar renewable energy systems. Designed to provide electricity in remote areas lacking access to conventional power grids, the project harnesses energy from both sunlight and flowing water. The primary aim is to generate electricity using sustainable resources, targeting applications such as camping sites, agricultural fields, and residential areas with a maximum usage of 12 volts. The solar component consists of panels mounted on rooftops or portable structures, while the hydro component utilizes a turbine generator powered by river water. The generated electricity from both sources is regulated and displayed via a solar controller. Water flowing through the turbine is subsequently pumped back, ensuring continuous operation. This dual-source system effectively utilizes available natural resources, enabling electricity generation in diverse weather conditions. The findings indicate that hybrid systems can provide reliable and efficient power solutions in regions with limited infrastructure.