The Lithium Iron Phosphate High Rate Cell is VigorPower’s high-rate LiFePO₄ solution, purpose-built for applications where extreme discharge performance must be matched by uncompromising safety and wide-temperature reliability.

Leveraging the inherent electrochemical advantages of lithium iron phosphate chemistry, this cell achieves a peak discharge rate of up to 120C — delivering exceptional power density while maintaining the structural and thermal stability that LiFePO₄ is renowned for. This makes it a compelling alternative to higher-risk chemistries in applications where both performance and safety are critical requirements.

Safety is a foundational advantage of this cell’s chemistry and design. High-temperature stability prevents premature degradation under sustained load, while intrinsic chemical safety reduces the risk of uncontrolled reactions during abuse conditions. Should thermal runaway occur, its consequences remain controllable and contained — a critical consideration for manned platforms, public-facing equipment, and safety-sensitive industrial deployments where the risk profile of conventional high-rate chemistries is unacceptable.

Cold-weather performance is equally impressive. Across a wide operating temperature range of -30°C to +60°C, the cell maintains electrochemical stability and consistent output where competing chemistries struggle. At -30°C, it retains 80% capacity output efficiency — sustaining operational capability in arctic and high-altitude environments. At -20°C, it delivers a high starting current exceeding 400A, making it a dependable power source for cold-start applications including emergency equipment, winter-condition vehicles, and outdoor industrial machinery.

For engineers and operators who refuse to trade safety for performance, the Lithium Iron Phosphate High Rate Cell delivers both — proven across the most demanding thermal and high-rate discharge conditions in the field.