🔍 What This Tool Simulates

1. Effective Capacity — Usable battery capacity decreases at low or high temperatures.
   The tool calculates real capacity loss for Li-ion and LiFePO₄ chemistries.
2. Voltage Drop — Increased internal resistance at extreme temperatures causes higher voltage sag under load.
3. Estimated Battery Lifetime — Temperature stress accelerates chemical degradation and reduces total cycle life.

🛠 How to Use the Tool

1. Select Battery Type — Choose Li-ion or LiFePO₄.
2. Enter Temperature (°C) — The tool warns if conditions are unsafe (< 0°C or > 60°C).
3. Set Discharge C-Rate — Defines how aggressively the battery is discharged.
4. Input State of Charge (SOC) — Simulates realistic operating conditions.
5. Calculate — Instantly view:
   • Effective capacity
   • Voltage drop
   • Estimated lifetime reduction
   • Dynamic temperature-capacity chart

💡 Why This Tool Matters

• Optimize Performance: Plan rides and loads based on temperature conditions.
• Prevent Damage: Avoid irreversible degradation caused by extreme heat or cold.
• Compare Chemistries: Clearly see how Li-ion and LiFePO₄ behave differently.
• Extend Battery Life: Make smarter charging, riding, and storage decisions.

The Battery Temperature Impact Tool delivers practical, data-driven insights for anyone relying on batteries
for electric mobility. By visualizing how temperature affects performance and lifespan, you can ride smarter,
safer, and with confidence.