IoT & AI Smart Cooling Helmet using Arduino & Peltier

Description

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#iotproject #engineeringproject #sciencefairproject #capstoneproject
#majorproject #smartcoolinghelmet #xilirprojects

Introduction

In recent decades, the use of protective helmets has become mandatory and widespread across industries—ranging from construction sites and industrial zones to two-wheeler riders and traffic police personnel. While traditional helmets offer protection from physical injuries, they do not address thermal comfort, especially in hot and humid climates like India. With average summer temperatures often exceeding 40°C (104°F) in several states, users frequently report sweating, dizziness, fatigue, and even heatstroke, especially during prolonged outdoor use.

The modern helmet evolved in the early 20th century for military and motorcycling applications, primarily focused on shock absorption. However, thermal discomfort remained unaddressed. According to a 2021 survey by WHO, over 35% of motorcyclists and 45% of traffic officers in tropical countries experience discomfort due to heat stress while wearing helmets for more than 2 hours.

Recent advancements in wearable electronics, IoT, and thermoelectric cooling (Peltier modules) have opened doors to smart solutions that combine safety with comfort. The idea of intelligent cooling helmets is gaining popularity in defence, sports, healthcare, and civil use cases.

Objectives:

• Temperature Regulation: Maintain comfortable interior temperature using DHT11 and LM35 sensors.
• Automated Cooling Control: Use Arduino to switch Peltier module ON/OFF based on real-time temperature.
• Effective Heat Dissipation: Integrate 12V DC fans and heat sink to manage excess heat from the Peltier system.
• Power Efficiency: Operate cooling mechanism only when needed, optimising battery usage.

Block Diagram

Hardware Requirements:

• Arduino UNO or Nano (5V)
• Peltier Module (TEC1-12706)
• 5V Relay Module
• DHT11 Temperature and Humidity Sensor
• LM35 Analog Temperature Sensor
• Heat Sink
• 12V DC Fan
• 5V DC Fan
• 16×2 LCD Display (optional for temperature display)
• 7805 Voltage Regulator
• Battery Pack (12V)
• Jumper Wires, Connectors, Base Frame

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Project titles suggested : 

IoT-Based Helmet with Temperature-Controlled Peltier Cooling

Smart Helmet with AI-Based Cooling and Ventilation System

Arduino-Controlled Helmet with Auto Cooling for Riders

Wearable Peltier Module-Based Smart Helmet for Heat Protection

Smart Bike Helmet with IoT Monitoring and Auto-Cooling Unit

Helmet-Integrated Climate Control System Using Arduino & DHT11

IoT Helmet with Adaptive Cooling Using LM35 and Peltier Module

Smart Helmet for Hot Weather Regions Using Arduino & Sensors

AI-Based Air-Conditioned Helmet for Two-Wheeler Riders

Arduino Helmet with Dual Fan-Peltier Thermal Regulation System

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🛒Buy / Make This Project – What We Provide:

📦 We ship the full working project kit anywhere in India with the following:

1. 📝 Synopsis & Project Report

2. 🔋 Block Diagram & Circuit Diagram with Explanation

3. 📦 Bill of Materials & Specification List

4. 🔧 Component Datasheets

5. 💡 Full Working Principle Document

6. 🧠 Arduino Code + Programming Training

7. 🖥️ LCD/Temperature Interface Description

8. 📦 Ready-to-use Kit with Courier Dispatch

9. 🎓 Viva Preparation Support

10. 💬 1-to-1 Guidance Available via WhatsApp or Video Call

Get the full working project with components, code, diagrams & explanation

No branding on project, handmade look for students, and different styles as required by students.

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To Buy/ Make this project with training

Contact us:
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