Integrated Power Generation Using Piezoelectric Sensors for Load Theft Detection

The use of low-power electronic devices has exploded in recent years. By attaching a piezoelectric sensor to the seaward location of an existing coastal structure, the features of a novel wave power producing system have been provided. When the sensor is attached to the structure, waves will strike the piezoelectric sensor and produce wave energy while also acting as a wave breaker. This method may be used to combine the functions of a wave-reducing structure with a renewable energy generator in a variety of coastal constructions. Multiple people depend on gadgets to make their life easier. Because of the rising demand for power from our handheld electronics, the world is becoming increasingly curious about the potential for harnessing renewable energy sources in our immediate environment. This work is learning how to create a piezoelectric generator. Using vibration and pressure, it is possible to generate energy, which can then be used for some other purpose (Like people walking). Project details how piezoelectric materials were used to generate and store energy from the vibrations caused by people's footsteps, and vehicle Pressure. Naturally occurring big vibration sources are another domain in which this idea shines. This work is also a precursor to the low-cost and simple piezoelectric energy harvesting model and also uses simulating tools like MATLAB.