ESSS: Energy Saver Smart Shoes for Energy Harvesting using Multi-Sensors Technique

The development of energy-collecting shoes that operate on piezoelectricity is a significant step forward in the field of wearable electronics. During exercise, these shoes harvest energy from the surrounding environment to power fitness trackers, smart watches, and other electronic gadgets. Piezoelectric materials, when used in the soles of shoes, can convert the mechanical energy that is exerted into electrical energy. The piezoelectric material is subjected to pressure at each stage, which results in the generation of a negligible quantity of electrical energy. This energy can be stored, however, and then utilized to provide power to electronic devices. These energy-harvesting shoes feature many sensors, which contribute to the shoes' overall effectiveness. By adding a number of sensors, the footwear is able to harvest a greater amount of energy from walking, running, and jumping. Because of this breakthrough, the shoes can now collect and store more energy, making them superior power sources for electronics that are worn on the body. As a result, the research suggests that people should wear smart shoes that save energy. Using piezoelectric materials and modern sensor technologies, wearable electronic gadgets can be powered in a way that is both environmentally friendly and efficient.