Smart Street Light System using Hybrid Power Source

The Smart Lighting Systems go far project demonstrates an interoperable smart lighting solution that incorporates heterogeneous lighting technologies to allow intelligent functions. In developing nations, the amount of produced electrical power is insufficient to meet demand, and natural resources for generating electricity are scarce. In India, street lighting accounts for one-fifth of total energy consumption. The street lights are also built to meet old reliability requirements. As a result, a significant amount of energy is lost, putting a strain on the energy resources used to generate electricity. Alternative sources of energy are currently being investigated in order to plan for the future of conventional energy sources. A welldesigned street lighting system should enable traffic and pedestrians to drive safely and comfortably at night, while decreasing energy usage and costs. Green energy conservation aims to supply electricity to grid-connected electric and electronic networks, while thermoelectric electricity generation is primarily dependent on the thermoelectric generator's activity (TEG). In this paper, electrical energy is generated by consuming non-biodegradable waste, as well as energy from piezoelectric sensors. The electricity is produced using waste products and a piezoelectric generator, and then stored in a battery to power the streetlight.