Volvo bets on speedy charging technology for the future cars.

TLDR:

• Volvo partners with startup Breathe Battery Technologies to introduce algorithm-enabled charging software in new generation EVs.
• The software promises to reduce charging times by 30% without the need for faster charging stations.

Volvo has announced a collaboration with London-based startup Breathe Battery Technologies to integrate innovative algorithm-enabled charging software into its new generation of electric vehicles. This software aims to enhance battery charging times by up to 30% without requiring faster charging infrastructure. By dynamically controlling the battery with adaptive charging technology, Volvo seeks to improve the overall driver experience while maintaining the battery’s health and longevity.

Many electric vehicle manufacturers are investing in startups that offer faster charging solutions and advanced battery designs to increase range, lower costs, and reduce charging times. Volvo’s partnership with Breathe Battery Technologies underscores its commitment to advancing electric mobility and making it more accessible to consumers.

The integration of Breathe’s software into Volvo’s EV battery management platform is expected to streamline the charging process from 10% to 80% state of charge. Unlike traditional stepped charging methods, Breathe’s software utilizes algorithmic control to optimize charging based on the battery’s health, minimizing the risk of lithium plating that can affect performance and lifespan.

Volvo assures that the software is compatible with its existing EV hardware and will deliver consistent charging time improvements throughout the battery’s life cycle. While the rollout plan for existing vehicles remains unspecified, Volvo’s corporate venture capital arm, the Volvo Cars Tech Fund, continues to invest in technologies that improve electric mobility.

Overall, Volvo’s collaboration with Breathe Battery Technologies represents a significant advancement in electric vehicle charging technology, signaling a shift towards faster charging capabilities without necessarily relying on new charging infrastructure.