We uncover the electrochemical limits of your Li-ion cells — then engineer protocols that push them further and faster without compromising safety.
We identify the rate-limiting electrochemical processes governing charging behavior — without invasive teardowns or long-cycle testing.
Protocols engineered to your cell's application temperature, state-of-health trajectory, SoC window, and electrode microstructure.
Delivered in days, not months. Drop-in compatible with your existing BMS — no new hardware, no lengthy validation cycles.
We provide a targeted characterization test designed to reveal rate-limiting mechanisms with minimal cell usage.
Your test data is analyzed to identify which electrochemical processes are constraining performance and longevity.
We engineer adaptive charging protocols tuned to temperature, SoH, SoC, and cell design — mitigating lithium plating and electrolyte degradation.
Protocols are sent to you and ready to implement in your BMS. No integration overhead, no new hardware requirements — deploy immediately.
Extend usable cycle life without sacrificing charge time - even at cold temperatures.
Mitigate degradation and improve your system's safety even in the harshest conditions.
Chronic Labs' adaptive charging also works on second-life cells - dramatically extending their use in the battery ecosystem.
Performance Data
10°C tests on Samsung 21700-50G cells — Chronic Labs adaptive charging vs. 0.33C CCCV.
Whether you're optimizing cells for production, extending field life, or exploring second-life pathways — let's talk about your system.
✉ contact@chroniclabs.no