Battery X Metals Touts 101-Kilometer Range Gain in Single-Vehicle Battery Test
Battery X Metals reported that a single electric vehicle's estimated range rose by about 101 kilometers after its battery rebalancing process. The vehicle's range increased from roughly 240 to 341 kilometers per charge, and cell voltage difference fell from about 41 to 4 millivolts. The company said an independent service center conducted the evaluation, but the results have not been independently verified and broader testing continues.
Battery X Metals tested its patent-pending lithium-ion rebalancing method on one electric vehicle without replacing the pack. Reported range rose from about 240 km to 341 km per charge, a gain near 101 km, roughly 42%, and about 85% of the original manufacturer rating. Cell voltage spread fell from about 41 mV to 4 mV after four hours of stabilization, a roughly 90% reduction.
A third-party auto service facility carried out the trial, and BJPN, its hardware-and-software partner, furnished the data. The company itself has not separately confirmed those figures. The findings reflect particular test conditions and may not represent other vehicles. Further work is underway involving other EV platforms, chemistries, and operating environments.
If the result holds up, EV owners and fleet operators could see restored range without buying a new pack, potentially lowering costs and delaying battery waste. Independent repair shops might gain a new service offering, while automakers and battery suppliers may face questions about pack longevity and replacement revenue. However, one unverified vehicle under specific conditions cannot show broad benefit. Wider testing across chemistries and platforms may determine whether this approach becomes a meaningful, scalable option.