Mercedes-Benz is redefining power converters in electric vehicle (EV) batteries to boost efficiency and versatility. By equipping each cell with its own converter, battery performance is enhanced and can support a variety of battery chemistries. This design also enables selective shutdown of battery cells, akin to cylinder deactivation in combustion engines.
Mercedes is revolutionizing solar technology with solar coating innovations. Unlike traditional panels, this involves applying a photovoltaic nanoparticle layer over a car's body, potentially extending driving range significantly, especially in sunny environments.
Mercedes is exploring in-motor brakes that are integrated directly into electric motors rather than traditional wheel setups. This could result in lighter, quieter brakes with fewer emissions and an extended lifespan of up to 186,000 miles.
- Bionicast: A durable alternative to leather, made from recycled old tires and bio-proteins.
- Biotech Silk: Biodegradable silk produced through the fermentation of bacteria DNA, pioneering eco-friendly interiors.
Mercedes is delving into neuromorphic computing to revolutionize autonomous driving. This technology simulates efficient brain functions, greatly enhancing AI capabilities and efficiency in tasks like traffic sign recognition and lane detection.
By individualizing every camera pixel, the system becomes more responsive, capturing light exposure changes with precision.
A cutting-edge augmented reality headpiece offers live, on-road navigation, seamlessly presenting information in the driver's line of sight.
Mercedes-Benz continues to push the boundaries of automotive innovation with advancements that blend efficiency, sustainability, and cutting-edge technology. Whether it's the advanced solar coating or in-motor brakes, Mercedes is driving the future of transportation with ingenuity and foresight. Which of these exciting developments will lead to production remains to be seen, but the vision for 2040 is undeniably captivating.
