10+
Cells Tested
8
Discharge Rates
1000+
Simulations Run
100%
Real Test Data
From raw cell data to complete bill of materials, CellBench covers the full design workflow.
Every cell model is built from actual discharge tests at multiple currents. No manufacturer optimism -- real measurements from 0.2A to 30A.
Configure series/parallel layouts, set wiring resistance, and simulate discharge. See voltage sag, runtime, and energy delivery instantly.
Pre-built load profiles for drones, ebikes, eskate, and more. See how your pack handles real-world usage patterns, not just constant current.
Put two pack configurations next to each other. Different cells, different layouts, same load -- see which one wins on weight, cost, or runtime.
Go from cell selection to simulated performance in minutes.
Browse tested cells, compare discharge curves, and choose the right cell for your application. Filter by capacity, max current, weight, or chemistry.
Set your series and parallel count, define wiring resistance, and choose a BMS. CellBench calculates voltage, capacity, weight, and cost.
Run discharge simulations at any current or load profile. Compare multiple configurations to find the optimal balance of weight, cost, and performance.
Whether you are building for range, power, or weight, CellBench helps you make the right trade-offs.
Maximize range without overbuilding. Find the sweet spot between pack weight and watt-hours for your commute.
High discharge rates and minimum weight. Simulate burst loads to make sure your pack can handle full throttle.
Balance top speed with hill-climbing torque. See how voltage sag affects your ride at different discharge rates.
Low discharge, high capacity. Optimize for energy density and cycle life when weight does not matter.