Power Generation System for Charging Public Electric Vehicles

The amount of energy consumed is a sign of how universe is expanding. To fulfil the current demand, the modern world requires a tremendous quantity of electrical power, but the resources of traditional energy sources are steadily running out as a result of the large amounts of energy that are being used. As a result, alternative energy sources are needed. These sources should also be clean, environmentally friendly, and sustainable in order to close the significant gap between the supply and demand of electricity. Based on the piezoelectric effect, which occurs when pressure and strain are applied to specific materials, this research looks at how electrical charges can be built up. The transition to electric cars is happening quickly, especially in India, where the government has already started using electric buses. It takes a while to charge these buses, which is necessary. To solve the problems, we need to develop effective electricity-generating technologies using the resources at hand. In this project, electrical energy is produced in an innovative manner using a piezoelectric sensor. An electric field is produced when a piezoelectric sensor is under stress; this electric field uses piezoelectric materials to generate unconventional energy. After it is produced, the electricity will be stored and used to power public electric vehicles. We employed 12 piezoelectric sensors as a consequence, and as a result, we obtained a minimum voltage of 1.5 volts and a maximum value of 5 to 6 volts.