Contents
3 Interactive Battery Tools — Free
Unlock the full set of calculators, degradation tools, battery care workflows and the complete Pro guide.
Explore Battery Bible Pro →Every cycle causes chemical wear. Solid Electrolyte Interphase (SEI) layer growth and lithium plating degrade capacity over time. Adjust parameters below to see how habit changes dramatically shift cycle lifespan across different cell chemistries.
Click a chemistry below to explore its electrochemistry trade-offs:
The standard in most modern e-bikes and electric cars. High energy density but sensitive to high voltage & heat.
| Nominal Cell Voltage: | 3.6V - 3.7V |
| Typical Cycle Life: | 600 - 1,000 cycles |
| Energy Density: | Very High (200-250 Wh/kg) |
| Thermal Safety: | Moderate (Thermal runaway >210°C) |
Cell stress is non-linear. A battery sits at low stress between 20-80%, but rapidly enters high chemical degradation territory above 90% SOC.
Drag the slider or click zones to see exact cell voltage and chemical stress stage:
Charge to 100% every 4-6 weeks to allow passive BMS top-balancing, then start timer to avoid lingering at high voltage.
Heat drives calendar aging via the Arrhenius equation (chemical reactions double rate for every ~10°C rise). Freezing temperatures don't ruin storage, but charging in freezing weather causes permanent short-circuits via lithium plating.
Real-world range depends heavily on riding speed because aerodynamic drag increases quadratically with speed (\(F_{drag} \propto v^2\)), requiring cubic power (\(P_{drag} \propto v^3\)). Double your speed, and energy draw per kilometer more than triples!
Understand long-term battery Health (SOH) loss over 5 years under different charging routines and calculate the actual dollar savings of proper care.
Compares your current selected habits against an optimized 20-80% routine:
Compare two habits side-by-side to watch the capacity difference accumulate over 5 years:
Charged to 100% daily, stored in hot garage (35°C), frequent fast charging.
Limited to 80% daily, stored at 20°C indoors, slow charging.
Prove to buyers that your battery was meticulously cared for. Calculate your visual Care Score to justify asking a premium resale price.
1. How often do you charge to 100%?
2. Winter hibernation storage?
3. Fast charging frequency?
Copy this verified description for your bike listing on eBay or Facebook Marketplace: