On the Improved Storage Capacity in Power Generation Using Piezoelectric Sensors

At present, the whole world is sustained because of energy, which is derived from natural resources. As the population is increasing day by day, the energy resources are depleting which produce electricity. Therefore, in order to get electrical energy for our existence, we can make use of the energy waste of human locomotion. By using piezoelectric sensors, we can convert this kinetic energy of human locomotion into electricity. To implement this system, we have used six piezoelectric sensors, a voltage booster, an Arduino Nano board, I2C converter. In this paper, we have discussed a detailed description and processing of the developed prototype. The performance and analysis of the proposed system is presented in a table. The power that can be transferred to the rural villages is shown with the LED indication. This paper gives the analysis of the obtained output voltages from the footstep power-generation model and shows the functionality of the piezoelectric model.