🛠 Key Features

• Custom Inputs: Enter current (A), internal resistance (Ω), battery mass (kg), specific heat (J/kg°C), and initial temperature.
• Real-Time Graphing: Visualize temperature over time with color-coded safe, caution, and danger zones.
• Overheat Alerts: Visual, audio, and progress ring warnings when temperature exceeds safe limits.
• Simulation Speed Control: Accelerate or slow down to study long-term thermal behavior quickly.

👤 Why You Should Use It

• Prevent Damage: Identify conditions that may cause overheating before testing real batteries.
• Optimize Designs: Experiment with mass, resistance, and current to create safer, longer-lasting packs.
• Educational Insight: Learn thermal physics, energy loss, and battery chemistry practically and visually.

📋 How to Use the Simulator

1. Enter desired current, resistance, battery mass, specific heat, and starting temperature.
2. Set simulation duration and speed with sliders.
3. Click Start to begin. Watch the temperature graph update in real-time.
4. Observe color changes, audible alert, and countdown progress when thresholds are reached.
5. You can Pause or Reset anytime.
6. Analyze results to determine safe operating parameters for your battery pack.

💡 Conclusion

The Battery Pack Thermal Simulator is an essential tool for anyone working with lithium-ion or e-bike packs.
Safely explore battery thermal dynamics, improve design decisions, and prevent overheating without risking real hardware.