Description
Foot Step Power Generation Shoes Engineering Project with PDF Report
The Foot Step Power Generation Shoes Project is an innovative renewable energy engineering project that demonstrates how mechanical energy produced while walking can be converted into electrical energy using 8 piezoelectric sensors. The project is built around a NodeMCU (ESP8266) development board, making it suitable for IoT and embedded systems learning.
The system uses four piezoelectric sensors in each shoe to generate electrical energy from foot pressure. The generated AC voltage is converted into DC using a rectifier circuit and stored in a rechargeable Li-ion battery. A built-in USB output allows the stored energy to power small electronic devices for educational demonstrations.
The project includes a NodeMCU board, rechargeable battery system, charging circuit, power management circuit, and all required electronics. It is fully assembled, tested, and ready to use.
This project helps students understand the practical concepts of piezoelectric energy harvesting, renewable energy, power management, wearable electronics, and IoT-based embedded systems.
It is ideal for engineering colleges, diploma institutes, science exhibitions, renewable energy demonstrations, innovation competitions, and STEM education.
A detailed PDF Project Report is included for academic documentation, presentations, and project submissions.
- NodeMCU (ESP8266) Based System
- 8 Piezoelectric Sensors
- Footstep Power Generation
- Renewable Energy Demonstration
- Rechargeable Li-ion Battery
- USB Output
- Energy Harvesting Technology
- Fully Assembled and Tested
- Ready-to-Use Project
- Engineering & Science Exhibition Model
- PDF Project Report Included
- Foot Step Power Generation Shoes
- NodeMCU (ESP8266) Board
- 8 Piezoelectric Sensors
- Rechargeable Li-ion Battery
- Rectifier Circuit
- Charging Circuit
- USB Output Module
- Power Management Circuit
- PDF Project Report
Reviews
There are no reviews yet.