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The world of the automobile is changing, and a new technological advance promises to redefine our perception of electric vehicles (VE). Stellantis, a car giant behind emblematic brands such as Dodge, Jeep and Chrysler, recently validated a technology that could upset the automotive industry: solid batteries for VE. This innovation, developed in collaboration with Factorial Energy, could well be the keystone to achieve new summits in terms of performance and sustainability for electric vehicles.
A leap forward for solid batteries
The validation by stellantis of solid battery cells for automobiles of Factorial Energy represents a major advance. These batteries promise to solve some of the biggest challenges of the current VEs: longer driving autonomya much faster load, better safety and increased durability. All this in a more compact and lighter format. Indeed, these batteries represent only one third of the size of traditional lithium-ion batteries and are 40 % lighter. Factorial Energy aims to reach an autonomy of more than 600 kilometers per load, thus transforming the driving experience of the VE.
What distinguishes solid batteries from traditional models is the absence of liquid electrolyte. Instead, they use a much less flammable solid material, which strengthens the safety of the VEs. With this technology, Stellantis and Factorial Energy aim to offer vehicles not only more efficient, but also safer for users.
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Environmental implications of the VE
Electric vehicles are already recognized for their environmental impact reduced compared to petrol cars. According to the MIT, the VEs produce on average less air pollution throughout their lifespan. Although some criticisms highlight the impact of the extraction of the materials necessary for batteries, it is crucial to maintain the perspectives: each year, we extract approximately 16.5 billion tonnes of polluting fossil fuels. In comparison, only 30 million tonnes of minerals are required annually for clean energy technologies.
In addition, these minerals are not burned in the atmosphere as are gas and oil; They can be reused and recycled in future batteries. This recycling capacity represents a considerable advantage for the environment, making the VEs even more attractive for consumers concerned for ecology.
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A fruitful collaboration between Stellantis and Factorial Energy
Stellantis was not satisfied with simple theoretical research. In partnership with Factorial Energy, the company spent four years to the research and development of this breakthrough. This partnership made it possible to transform the theory into practice, with tests in real conditions validating their conceptions in vehicles.
According to Siyu Huang, CEO of Factorial Energy, “optimizing a characteristic is simple, but balancing a high energy density, a long service life, fast load and safety in a automotive battery with OEM validation is a breakthrough”. This success marks a crucial step towards making new generation batteries technology.
Is the future of electric vehicles already there?
With Stellantis planning to launch VEs with solid batteries from 2026, the future seems promising for consumers. Imagine VEs that regularly travel 800 kilometers or more without blinking, Dodge sports cars that roar with a pure electric torque, and jeep that silently cross damaged trails, all without carbon pollution. This vision could soon come true.
While this technology is closer to the market, the question arises: are you ready to jump to an electric vehicle for your next purchase? The advantages are numerous and the technological advances continue to progress, bringing us closer to a little more than a future where electric vehicles dominate the roads. What will be the next innovations that will still transform our daily lives?
This article is based on verified sources and the assistance of editorial technologies.
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