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Battery X Metals Reports Sustained Increase in Effective Driving Range from 40 km to Over 200 km After Targeted Cell Replacement and Rebalancing, Maintained Over Four Months and 2,000 km of Real-World Operation in Preliminary Trials

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Executive Summary
- Battery X Rebalancing Technologies completed a four‑month, >2,000 km validation assessment of its rebalanced electric‑truck battery system, confirming sustained range improvements.
- The truck achieved an estimated effective driving range of ~220 km per full charge (validation), versus the pre‑rebalancing range of ~40 km and an initial post‑intervention estimate of ~265 km.
- Results demonstrate durability of the second‑generation Rebalancing Machine, supporting its potential to extend EV battery life and reduce replacement costs for fleet operators.
Key Details
- Validation Period: ≈4 months; >2,000 km real‑world operation.
- Range Performance:
- Pre‑rebalancing effective range: ~40 km/charge.
- Initial Performance Trial (July 2025) estimated range: ~265 km (extrapolated).
- Validation Trial 1 measured 109.9 km using 44 % SOC → extrapolated range ≈250 km.
- Combined trials (92 % SOC utilization, 202.4 km driven) yielded a weighted average estimated full‑charge range of ~220 km.
- Trial Data Summary:
| Trial | SOC Used | Distance Driven (km) | Cumulative SOC | Cumulative Distance (km) | Estimated Full‑Charge Range (km) |
|---|---|---|---|---|---|
| Initial Performance | 0.17 | 45.1 | – | – | ~265 |
| Validation Trial 1 | 0.44 | 109.9 | 0.44 | 109.9 | ~250 |
| Validation Trial 2 | 0.31 | 64.2 | 0.75 | 174.1 | ~207 |
| Validation Trial 3 | 0.25 | 28.3 | 0.92 | 202.4 | ~113 |
| Weighted Avg / Combined | 0.92 | – | – | 202.4 | ~220 |
- Performance Interpretation:
- Range variance is minor and correlates with SOC level; overall durability of the rebalanced pack confirmed.
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Battery voltage and capacity remained stable throughout testing, indicating reliable operation post‑intervention.
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Technology Context:
- Rebalancing Machine (second generation) uses proprietary hardware/software to correct cell imbalances, extending usable capacity.
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Prior NRC validation showed recovery of nearly all lost capacity in deliberately imbalanced LiFePO₄ modules.
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Market Implication:
- With global EV sales projected to push ~40 million vehicles out of warranty by 2031, the technology addresses a growing need for battery‑life extension solutions, potentially reducing costly replacements for fleet owners.
Notable Quotes
“The Validation Assessment provides an encouraging early indication of durability and performance retention,” said Massimo Bellini Bressi, CEO of Battery X Metals Inc. “These results strengthen our confidence in the Rebalancing Machine’s potential to extend remaining useful battery lifespan and recover usable capacity.”
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Jun 12, 2026 · 20:00