Revolution in the E-Auto sector: New technology promises record sizes!

Revolution in the E-Auto sector: New technology promises record sizes!

Laimgrubengasse 10, 1060 Wien, Österreich - The electric vehicle segment experiences a revolutionary thrust through innovative LLCB technology (Large footprint lithium ceramic battery), which was developed by FeV, a pioneer in the mobility and energy sector, and prologium, an expert for advanced vehicle batteries. This technology uses an anode that consists entirely of silicon and offers a ten-time capacity density compared to conventional graphite anodes. This progress enables up to 300 kg of weight savings and reaching ranges up to 1,000 km, while security is increased at the same time, since the solidal body electrolyte used is non -fluid electrolytes, such as Oots.at reported.

This groundbreaking development aims to meet customer requirements for more efficient electric cars, shorter loading times and maximum security. LLCB technology enables modern ultra fast shop: within just five minutes, the battery can be charged from five to 60 percent, which is enough for an average of 300 km. After another three minutes, a total range of 400 km is available. Such progress is crucial for the acceptance of electric cars and can make them more competitive, and there have recently been significant developments in electronics technology that contribute to improving the energy efficiency of electric vehicles, such as Elektronikpraxis.de emphasized.

technological innovations for electric vehicles

The technical evolution of electric vehicles goes hand in hand with an increased battery voltage and capacity, which not only extends the range, but also optimizes loading times. A central element are the SIC-based circuit breakers, which offer increased efficiency of the conversion. These innovations significantly reduce loading and operating costs, which is a decisive factor for many potential buyers of electric vehicles. Vitesco Technologies and Semikron Danfoss play important roles in providing these technological progress and rely on partnerships with leading manufacturers to strengthen the use of SIC construction elements and increase efficiency in electric vehicles. These developments not only promise a higher range, but also improved sustainability, which is of great importance in today's environmentally conscious time.