Dynamic driving could potentially drain device batteries, as cautioned by Aviloo.
New Study Debunks Myth of Sporty Driving Extending EV Battery Life
Contrary to popular belief, a sporty or dynamic driving style may not be beneficial for the lifespan of electric vehicle (EV) batteries, according to a recent study by Aviloo. The company clarifies that the media's interpretation suggesting that sporty driving extends EV battery life is technically incorrect and unsupported by real-world data [1][4].
The misconception stemmed from a December 2024 Nature Energy study that compared laboratory battery tests with constant current cycling versus dynamic cycling that mimics real-world variable currents. The study found that constant current lab tests overestimate battery aging compared to dynamic cycling, but this applies only to lab conditions and not to actual driving behavior [1].
Aviloo conducted a large-scale field study involving 402 vehicles with the same battery type, measuring energy consumption to analyze the impact of driving style. They found that:
- Moderate driving consumes 16–18 kWh/100 km
- Aggressive or sporty driving nearly doubles consumption to about 30 kWh/100 km
This higher energy consumption from aggressive driving implies greater battery stress and faster aging over time [1]. Aviloo's Chief Technical Officer, Nikolaus Mayerhofer, states that a moderate driving style saves 10 percent in energy consumption over the lifecycle, effectively meaning that aggressive driving uses more battery capacity equivalent to driving more kilometers [2].
To prolong the lifespan of EV batteries, Aviloo recommends a consistent, anticipatory, and economical driving style. They also advise avoiding long idle times at high states of charge (>80%), preconditioning only in the engaged state, and optimising for summer and winter conditions. Additionally, they recommend using fast charging only when necessary and avoiding high and very low vehicle temperatures during parking [3].
In conclusion, Aviloo’s real-world data indicate that sporty or dynamic driving increases battery energy consumption and accelerates battery aging, thus is not beneficial for EV battery lifespan [1][2][4]. By adopting a moderate and economical driving style, EV drivers can significantly reduce energy consumption and extend the lifespan of their batteries.
References: [1] Aviloo. (2025). The Impact of Driving Style on the Lifespan of Electric Vehicle Batteries. Retrieved from https://www.aviloo.com/research/impact-of-driving-style-on-battery-lifespan [2] Berger, W. (2025). Moderate Driving Saves Energy and Extends Battery Lifespan. Retrieved from https://www.aviloo.com/blog/moderate-driving-saves-energy-and-extends-battery-lifespan [3] Aviloo. (2025). Tips for Prolonging the Lifespan of Electric Vehicle Batteries. Retrieved from https://www.aviloo.com/tips/prolonging-the-lifespan-of-electric-vehicle-batteries [4] Nature Energy. (2024). Dynamic Cycling Enhances Battery Lifetime. Retrieved from https://www.nature.com/articles/s41560-024-01127-1
- Despite the myth, a sporty or dynamic driving style can lead to increased energy consumption and faster battery aging in electric vehicles, according to Aviloo's study.
- In light of this finding, choosing a moderate driving style can help EV drivers to save energy and extend the lifespan of electric-vehicle batteries, as demonstrated by Aviloo's research.
