Solid-state batteries have been the dream of the automotive industry: a technology capable of revolutionizing the performance, safety, and range of electric vehicles. And although many brands have announced advances in this field, few seem to be as close to the goal as Nissan.

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The Japanese firm has confirmed that its own development is progressing well, with concrete plans to incorporate them into its models starting in 2028.

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A firm step towards the new electric generation

Nissan is no stranger to innovation. Its experience with models like the Leaf—one of the first mass-produced electric cars—has allowed it to accumulate knowledge that it is now applying to the development of its new solid-state batteries. The company has reiterated that this technology will offer “much higher energy density, lower weight, and significantly reduced production costs.” In parallel, the manufacturer inaugurated its first pilot line this year at its Yokohama plant in Japan, where it is already producing solid-state cell prototypes. This advancement marks a key point in its electric strategy, as the company aims to have the first test models ready before the official launch of its new range of electric vehicles. Technological Allies and Ambitious Goals The project is not progressing alone. Nissan is collaborating closely with the American startup LiCAP Technologies, a specialist in advanced battery materials. Thanks to this cooperation, the Japanese company has been able to accelerate research and, according to the Nikkei business daily, has already reached the performance targets necessary for future mass production. In addition to Nissan, other manufacturers are also competing in this race. Chery, for example, has already presented batteries capable of achieving up to 1,300 km of range, while brands like Honda,MG and Mercedes-Benz are also making progress in developing their own versions. However, Nissan seeks to differentiate itself with an approach that combines efficiency, durability, and accessibility.

A Leap in Range and Cost

Solid-state batteries represent a crucial evolution compared to lithium-ion batteries. By replacing the liquid electrolyte with a solid material, greater energy density, longer lifespan, and faster charging are achieved.

In Nissan's case, the plans aim to achieve ranges comparable to those of a combustion engine vehicle, and even higher in some cases.

The manufacturer estimates that it will be able to produce them at a cost of $75 per kWh, a figure that could be reduced to $65 per kWh when production is scaled up. This would mean a price up to 30% lower than the current average, which could democratize access to electric cars and significantly reduce their final price for the public.

From Prototype to Future: The Electric Nissan GT-R

The potential of this technology was already demonstrated with the Nissan Hyper Force prototype, a 1,340-horsepower supercar that previews how solid-state batteries could be used in high-performance vehicles. This concept was recently unveiled, demonstrating the brand's ambition to combine sportiness and sustainability.

For Nissan, these batteries not only mean greater range, but also a new standard of safety and efficiency. Their solid composition eliminates the risk of leaks or fires and improves the overall durability of the system.

If the deadlines are met, Nissan could become one of the first manufacturers to launch an electric car with mass-produced solid-state batteries.

Doing so would mark a turning point in global electric mobility, reducing charging times, increasing range, and lowering costs.This would mean a price up to 30% lower than the current average, which could democratize access to electric cars and significantly reduce their final price for the public.

From Prototype to Future: The Electric Nissan GT-R

The potential of this technology was already demonstrated with the Nissan Hyper Force prototype, a 1,340-horsepower supercar that previews how solid-state batteries could be used in high-performance vehicles. This concept was recently unveiled, demonstrating the brand's ambition to combine sportiness and sustainability.

For Nissan, these batteries not only mean greater range, but also a new standard of safety and efficiency. Their solid composition eliminates the risk of leaks or fires and improves the overall durability of the system.

If the deadlines are met, Nissan could become one of the first manufacturers to launch an electric car with mass-produced solid-state batteries.

Doing so would mark a turning point in global electric mobility, reducing charging times, increasing range, and lowering costs.This would mean a price up to 30% lower than the current average, which could democratize access to electric cars and significantly reduce their final price for the public.

From Prototype to Future: The Electric Nissan GT-R

The potential of this technology was already demonstrated with the Nissan Hyper Force prototype, a 1,340-horsepower supercar that previews how solid-state batteries could be used in high-performance vehicles. This concept was recently unveiled, demonstrating the brand's ambition to combine sportiness and sustainability.

For Nissan, these batteries not only mean greater range, but also a new standard of safety and efficiency. Their solid composition eliminates the risk of leaks or fires and improves the overall durability of the system.

If the deadlines are met, Nissan could become one of the first manufacturers to launch an electric car with mass-produced solid-state batteries.

Doing so would mark a turning point in global electric mobility, reducing charging times, increasing range, and lowering costs.

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