A Stanford study reveals that "dynamic cycling" of electric vehicle (EV) batteries can increase their lifespan by up to 38%. This methodology mirrors the 'Italian tune-up' used for traditional combustion engines. Researchers tested 92 commercial cells over two years, simulating various driving conditions including spirited acceleration and highway speeds. Surprisingly, the study found that varied and spirited driving, including city driving and regenerative braking, promotes better battery health than conservative driving patterns, leading to significantly longer battery life—equating to approximately 195,000 miles.
The study's findings suggest that the way we drive our EVs has a surprising effect on battery longevity, showing that dynamic driving enhances battery life.
Conducted over two years, the Stanford research involved testing 92 different cells, revealing that varied driving conditions can significantly benefit EV batteries.
Collection
[
|
...
]