The comparison uses a standard 300-mile baseline for a traditional EV versus upgraded unit (35% initial efficiency gain) combined with a controlled thermal decay curve (holding ~90% efficiency at freezing vs. standard 50–60% degradation).

While the baseline upgrade delivers a 35% increase in optimal conditions, mitigating thermal loss at sub-zero temperatures expands real-world advantage to over 130% at -20°C.

Elimination of Severe Range Collapse: Standard EVs lose up to 50% of their total distance in deep freezing conditions due to chemistry slowdown and HVAC draw, whereas the stabilized system maintains 348 miles of usable distance out of 405 miles (~86% retention).

Your own team couldn’t solve it, because it requires multi-variable analysis, not just a basic fix.