VIDYUT Generation via Wlaking

The objective of analysis described herein was to develop an approach that maximizes the power transferred from foot step into electrical energy. Consumer reliance on wearable electronic devices has grown significantly in the past decade. With increasing use come demands for decreased size and enhanced capabilities, necessitating new ways to supply electric energy to electronics devices. The feasibility of harnessing electric energy using foot steps has been analyzed by various methods. Continuing in that electric energy harnessed by foot step electricity converter (mechanical method), pavgen slabs, liquid droplets embedded in shoe sole, piezo ceramic source embedded in a shoe insole has be methodologies’ for renewable energy resources is necessary in this modern era so still some more aspect need to be explored