Thicker Electrodes Could Increase EV Battery Density by 15%
Fraunhofer ISE develops thicker battery electrodes that increase energy density by up to 15%, with potential applications in future electric vehicles.
Panasonic’s 150°C Solid-State Battery Targets Car Sensors
Panasonic develops a compact solid-state battery that operates at 150°C and targets automotive sensors exposed to demanding conditions.
New AI Safety Tests Could Make Software-Defined Cars More Trustworthy
Keysight and the University of York are developing new methods to test AI safety and reliability in software-defined vehicles.
How Over-the-Air Updates Are Changing the Way Drivers Experience Their Cars
Software-defined vehicles are rewriting the rules of ownership, turning cars into living platforms that improve long after leaving the showroom floor.
Level 2 vs Level 3 Autonomous Driving: What Really Sets Them Apart
Understanding the true difference between Level 2 and Level 3 autonomy is essential for every driver navigating today’s rapidly evolving automotive landscape.
Why Solid-State Batteries Are Taking Longer Than the Industry Promised
The automotive industry once painted solid-state batteries as the near-term future of EVs. Here’s why reality has proven far more complicated.
In-Car AI Assistants Have Arrived: How Useful Are They Really?
AI-powered voice assistants are reshaping the cabin experience, but do they deliver on their promise or simply add complexity to the daily drive?
Vehicle-to-Grid Technology Explained: What It Means for EV Owners
V2G technology allows electric vehicles to feed power back to the grid, turning your car into a mobile energy asset with real benefits.
