Solar Powered Women Safety Glove – High Voltage Self-Defense with LED Torch | Smart Wearable Safety Project Kit

Description

⚙️ Project Overview

The Solar-Based High Voltage Women Safety Glove is an innovative project that integrates renewable solar energy and personal security.
The system is designed to help women defend themselves in dangerous situations. It generates a short high-voltage electric pulse using stored solar energy to disable an attacker temporarily without causing permanent harm.

Additionally, the glove includes a high-intensity LED torch, providing illumination during nighttime travel or emergencies.
The device is lightweight, portable, and recharges automatically using solar power, eliminating the need for frequent charging or maintenance.

This project highlights the importance of wearable technology, renewable power systems, and women’s safety automation — all in one functional demonstration.

⚡ Working Principle

1. Solar Power Supply:
   A small solar panel mounted on the glove charges an onboard capacitor or rechargeable cell via a voltage regulator circuit. This clean and continuous power supply ensures the device is always ready for use.

2. High Voltage Generator Circuit:
   When activated via a push button or switch, the circuit discharges stored energy into a step-up transformer or boost converter circuit, producing a short high-voltage pulse.
   This voltage is delivered through safe metallic contacts integrated into the glove’s surface, designed for brief, defensive shocks.

3. LED Torch Function:
   A bright LED light, powered by the same solar source, is activated by a separate switch. This provides additional visibility in dark areas.

4. Safety Mechanism:
   The current output is limited to prevent injury while still being strong enough to deter an attacker.
   The circuit is designed with insulated components to ensure user safety.

🔩 Key Features

• Compact wearable solar-powered glove for safety and visibility.

• Generates non-lethal high-voltage shock for self-defense.

• Integrated LED torch for night safety and navigation.

• Fully rechargeable via solar panel, eliminating need for batteries.

• Lightweight and easy to wear; suitable for women and students.

• Demonstrates the concept of renewable-powered self-defense systems.

🧰 Technical Specifications

🎓 Educational Outcomes

Students will gain hands-on experience in:

• Solar energy utilization in portable, wearable electronics.

• High-voltage generation and circuit safety.

• Renewable-powered self-defense technology.

• Low-power embedded design and energy efficiency.

• Practical integration of security systems with renewable power sources.

This project is perfect for B.Tech, Diploma, and Polytechnic students working on renewable energy, safety technology, and embedded systems.

💡 Applications

• Women’s self-defense and safety wearables.

• Night-time personal protection and navigation.

• Rural or remote area safety where charging is limited.

• Renewable-powered emergency tools.

• Educational training models for renewable and safety engineering.

🧩 Advantages

• Fully self-powered by renewable solar energy.

• Safe to use — non-lethal voltage output.

• Dual-purpose design: defense + lighting.

• Compact and ergonomic wearable design.

• Easy to demonstrate in labs or exhibitions.

• Promotes social impact and innovation.

📦 Package Includes

• Solar Panel (Mounted on Glove)

• High Voltage Generator Circuit

• Rechargeable Storage Unit (Capacitor or Battery)

• LED Torch Assembly

• Power & Safety Switches

• Documentation (Word + PDF)

• Circuit Diagram + Block Diagram

• User Manual and Demonstration Guide