CERTIFIED BATTERY

UL Certified Samsung Cells

UL Certified LG Cells

At National eBike, top-tier battery safety and premium engineering form the absolute backbone of our dedication to vehicle quality.

Founded by Frank, an Air Force veteran whose intensive engineering background allowed him to master the complex electrical systems of electric vehicles, our Palm Coast shop is built on technical excellence. We openly educate our customers on what to realistically expect from power systems, explaining that while standard online ads overhype generic motor wattage, real-world capability depends on torque—measured in Newton-meters (Nm)—and battery cell integrity. To guarantee maximum safety, consistent power flow, and long-term reliability, our authorized Mokwheel electric bikes use only elite, UL-certified, second-generation Samsung® and LG® battery cells that are specifically engineered to provide years of safe, fun riding. While these premium cells feature an average lifespan of 3 to 5 years, any lithium battery will naturally begin to lose capacity within the first three years after purchase. Factors such as rider demands, storage conditions, and total charge cycles influence this timeline, though you can typically expect around a minor 20% capacity loss over that initial period.

This advanced battery architecture operates under the protection of an intelligent Battery Management System (BMS), which acts as the digital brain behind the entire power pack. The BMS constantly monitors and controls the charging, discharging, and overall performance of the battery to ensure that every individual cell operates safely and with maximum efficiency. At its core, the system utilizes cell monitoring to constantly balance voltage levels, preventing the overcharging or undercharging that degrades capacity. It relies on strategically placed temperature sensors to regulate charging rates and prevent overheating, alongside complex state-of-charge (SoC) estimation algorithms that analyze real-time current and voltage to show you exactly how much energy remains. Most importantly, the BMS incorporates critical safety features—including robust short-circuit and overcurrent protection—to actively safeguard against potential operational hazards like fire or thermal runaway.