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Imagine an electric car that recharges in a few minutes, offering you hundreds of kilometers of autonomy. This dream, formerly reserved for science fiction stories, is about to come true thanks to a Serbian company, Elevenes. This company has unveiled a new lithium iron phosphate (LFP) battery which could transform the world of electric mobility in depth. With incredibly short recharge times and an impressive lifespan, this innovation has the potential to upset consumption and use of electric vehicle habits.
A battery that breaks the codes
The new battery of Elevenes, called Edge574 Blade Cell, promises to revolutionize the market. It can be recharged up to 80 % in just 12 minutes, the equivalent of one kilometer of autonomy recovered every second. This technological advance could remove one of the main obstacles to the adoption of electric vehicles: recharge time. By offering a quick solution, this battery could seduce many still hesitant consumers.
But that’s not all. The lifespan of this battery reaches 500,000 kilometers, thus surpassing the longevity of many thermal vehicles. This results in less battery replacements, thus reducing waste and the long -term environmental impact. This exceptional longevity could also decrease the cost of using electric vehicles in the long term, making this technology more attractive to the general public.
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Technology behind performance
The performance of the EDGE574 is based on well -known, but optimized chemistry: Lithium iron phosphate (LFP). Although this technology is traditionally less dense in energy than others, it is more stable, durable and safe. Elevenes has managed to push this technology into its entrenchments thanks to several key innovations.
- A 15 % reduction in internal resistance to improve thermal yield.
- A new electrolyte formulation optimizing ion exchanges.
- Improvements in the design of electrodes and cells, maximizing energy density and long -term stability.
The cell adopts a “blade” format (in blade), very popular with manufacturers for its easy integration in the vehicle chassis. This design saves space without compromising security, thus strengthening the attraction of this innovative battery.
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Performance even in very cold
The EDGE574 is not only rapid and durable, it is also robust in the face of extreme climatic conditions. It works effectively from -30 ° C to +60 ° C, with always efficient charging times. At 10 ° C, the battery reaches 80 % load in 18 minutes, and in 25 minutes at 0 ° C. These characteristics make it an ideal candidate for rigorous climates, where traditional batteries often struggle to maintain their performance.
In configuration of 210 cells, this battery can accept up to 1 megawatt of charging power. Such a capacity could attract rapid terminal manufacturers and network operators, opening the way for more efficient and faster recharge infrastructure.
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A new era for electric cars?
With the EDGE574, Elevenes does not just compete with the existing batteries. It aims to redefine standards in the sector. By combining ultra-fast load, thermal robust, high energy density and prolonged lifespan, this battery could transform each weak point of electric vehicles into a force.
If this technology succeeds in imposing itself on an industrial scale, it could accelerate the transition to electric mobility, particularly in Europe. Less recharging stress, more reliability, and reduced operating costs could make this battery a solution of choice for consumers and manufacturers.
The race for innovation in the field of electric batteries is intensifying. Elevenes, with its EDGE574 battery, could well play a major role in this energy revolution. There are many challenges, but opportunities are just as much. What impact will this technology have on the global electric vehicle market and the energy transition?
This article is based on verified sources and the assistance of editorial technologies.
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