Design and Development of Foot Step Power Generation System for Mobile Charging

Abstract

An energy-efficient workplace is one that reduces traditional energy consumption with the purpose of both conserving and wisely using it. The goal is to capture energy that would otherwise be lost in the environment and then transform it into electrical energy, which can then be used to extend the life of electronic devices. Using piezoelectric materials to obtain the energy surrounding a system is one of the most intriguing methods. There are numerous energy harvesting techniques, but mechanical energy harvesting is the most well-known. In this papers , method makes use of RFID components, and the power is stored in a battery that can be used to charge a mobile phone using an RFID card is discussed. In this paper, the system generate electricity in a nonconventional way merely by walking and running upon on stage quasi sources of energy systems that are critical to our country at this time. Using non-traditional energy, the foot step converts mechanical energy into electrical energy.