Welcome to FluxPrime
Previous
DESIGN AND DEVELOPMENT WIRELESS CHARGING OF BATTERY IN ELECTRIC VEHICLE

Smart Wireless Charging System for Electric Vehicles – Advanced EV Battery Charging Project Kit

Original price was: ₹12,800.00.Current price is: ₹8,560.00.
Next

Smart Automatic Window System with Environmental Sensing – Advanced Home Automation Project Kit

Original price was: ₹19,800.00.Current price is: ₹14,600.00.
Smart Window System

Smart Piezoelectric Footstep Power Generation System – 5×2 Sensor Grid Renewable Energy Project Kit with LCD and Battery Charging

Original price was: ₹11,250.00.Current price is: ₹8,800.00.

The Piezoelectric Footstep Power Generation System efficiently converts mechanical pressure from footsteps into electrical energy using a 5×2 piezoelectric grid.
This renewable energy project stores the generated power in a 6V lead-acid battery, displays voltage on an LCD screen, and powers an LED circuit for demonstration.
Perfect for B.Tech, Diploma, and Polytechnic students, this project demonstrates clean energy harvesting from human motion — an ideal smart city and green technology prototype.

Hurry! only 4 left in stock.

Description

⚙️ Project Overview

The Smart Piezoelectric Footstep Power Generation System is a modern renewable energy prototype that transforms the mechanical pressure of walking into usable electrical power.
The system consists of a 5×2 array of piezoelectric sensors (10 sensors total) arranged under a platform or tile surface.

When pressure is applied through foot movement, each piezo sensor produces an alternating current (AC) voltage.
This generated energy passes through a bridge rectifier and filter circuit to convert it into DC voltage, which is then stored in a 6V rechargeable lead-acid battery.

An LCD display monitors the real-time voltage level, while a connected LED circuit visually demonstrates power output.
This compact system is ideal for learning renewable energy concepts, power conversion, and practical energy harvesting applications.


Working Principle

The system operates based on the piezoelectric effect, where specific materials generate electrical potential when subjected to mechanical stress.

  1. Energy Generation:
    As someone steps on the tile, pressure is applied to the 5×2 piezo sensor grid, producing alternating voltage pulses.

  2. Rectification:
    The generated AC voltage from the piezo sensors is passed through a bridge rectifier to convert it into DC voltage.

  3. Filtering and Storage:
    The DC output is filtered using capacitors to smooth voltage ripples and stored in a 6V lead-acid battery.

  4. Display and Output:
    The LCD module shows the generated voltage level, while the LED circuit lights up to indicate usable energy output.

This self-sustained system highlights how human kinetic energy can be harvested and reused effectively.


🔩 Key Features

  • Converts mechanical pressure from footsteps into electrical energy.

  • 5×2 piezoelectric sensor grid (10 sensors) for higher output voltage.

  • LCD display for real-time voltage and energy monitoring.

  • Bridge rectifier and filter circuit for efficient AC-DC conversion.

  • 6V lead-acid battery for energy storage.

  • LED circuit as output load for demonstration.

  • Compact, reliable, and ideal for renewable energy research.


🧰 Technical Specifications

Parameter Specification
Piezoelectric Grid 5×2 Array (10 Piezo Sensors)
Output Voltage (Raw) 1.5V–15V AC (variable by pressure)
Rectifier Type Full Bridge Rectifier (1N4007 Diodes)
Filter Circuit Capacitor-based ripple filter
Battery 6V Lead-Acid Rechargeable Battery
Display Unit 16×2 LCD Display
Output Load LED Circuit (visual indication)
Optional Controller Arduino / ATmega328 for voltage monitoring
Output Power 0.5–2W (depending on applied force)
Platform Size 20×15 cm (Expandable)
Operation Type Pressure-based power generation
Application Area Renewable & Sustainable Energy Research

🎓 Educational Outcomes

Students will learn:

  • Piezoelectric energy harvesting principles.

  • Rectification and voltage regulation.

  • Low-voltage DC storage and utilization.

  • Interfacing of LCD for live voltage monitoring.

  • Renewable energy integration for IoT and smart city systems.

This project provides practical experience in energy harvesting, embedded electronics, and renewable energy systems.


💡 Applications

  • Smart footpaths for energy harvesting in public spaces.

  • Railway stations, airports, and malls for generating micro power.

  • IoT-based energy monitoring prototypes.

  • Educational renewable energy demonstrations.

  • Power supply for low-power street lighting or sensors.


🧩 Advantages

  • Self-powered, no external supply required.

  • Demonstrates real-world sustainable energy harvesting.

  • Compact and easy to demonstrate in classrooms or labs.

  • Helps understand piezoelectric material behavior.

  • Environment-friendly and maintenance-free design.


📦 Package Includes

  • Piezoelectric Sensor Grid (5×2 Configuration)

  • Bridge Rectifier & Filter Circuit

  • LCD Display Module (16×2)

  • LED Indicator Board

  • 6V Lead-Acid Battery

  • Power Output Terminals

  • Documentation (Word + PDF)

  • Block Diagram & Circuit Diagram

  • User Manual and Explanation Guide

Additional information

Weight 2 kg
Dimensions 500 × 300 × 100 cm

Reviews

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.