Advanced LiPo Battery Engineering Calculator

Formulas Used in Calculations

This calculator utilizes rigorous electrical engineering formulas to model lithium polymer battery dynamics accurately:

• Total Capacity ($mAh$): $Capacity_{single} \times Cells_{parallel}$
• Total Energy ($Wh$): $\frac{TotalCapacity_{mAh}}{1000} \times NominalVoltage_{pack}$
• Max Continuous Discharge Current ($A$): $TotalCapacity_{Ah} \times DischargeC$
• Pack Internal Resistance ($m\Omega$): $\left(\frac{Cells_{series}}{Cells_{parallel}}\right) \times IR_{cell}$
• Voltage Sag ($V$): $TargetLoad_{amps} \times PackIR_{ohms}$
• Thermal Power Loss ($W$): $TargetLoad_{amps}^2 \times PackIR_{ohms}$

How to Use This Calculator

1. Input your individual cell specifications including capacity in milliamp-hours and serial/parallel configuration (e.g., 4S1P).
2. Provide standard operating thresholds such as nominal voltage, maximum charge voltage, and safe cutoff voltages.
3. Specify your continuous discharge rating, charge rate, and expected operational load current in amperes.
4. Review the comprehensive performance breakdown including runtime, voltage sag, thermal loss, and health estimates displayed instantly above the form upon submission.