A new lithium-ion battery developed by Arbor Battery Innovations and the University of Michigan displays impressive resistance to sub-zero temperatures, maintaining rapid charging capabilities and range. Utilizing a novel '3D electrode architecture', this battery charges efficiently even at -10 degrees Celsius, taking only 10 minutes to reach capacity. Unlike conventional batteries that suffer performance declines in cold weather, this design aims to alleviate concerns for electric vehicle owners in cold climates. Research notes minimal degradation after 100 cycles, suggesting significant innovation for the future of EV battery technology, primarily focused on enhancing performance in extreme weather conditions.
Researchers have developed a lithium-ion battery with a unique 3D electrode architecture that greatly minimizes the effects of sub-zero temperatures, helping to maintain both range and rapid charging.
The study published highlights that while extreme cold slows electron movement, making EV performance difficult, this new battery design can charge at drastically low temperatures without significant performance loss.
#lithium-ion-battery #electric-vehicles #sub-zero-performance #3d-electrode-architecture #battery-technology
Collection
[
|
...
]