Talking about the future of the electric car is no longer just a matter of design. The real battle is being fought in something that cannot be seen, but that conditions everything: the battery. And in that field, nissan has just made a move with an announcement that can change the rules quite a bit.
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The Japanese brand has a date marked in red. It will be in 2028 when it plans to launch its first electric model with solid-state batteries, a technology that has been generating expectations for some time and is now beginning to take precise shape. It is not a distant concept nor an early stage idea, but rather an industrial development that is already advancing with concrete steps.
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Nissan’s return to the front line
Nissan is not new to this. It was one of the pioneers with the LEAF, a model that paved the way when electric vehicles were still in uncertain terrain.. Now he wants to recover that leading role by betting on what many consider the next big leap.
Solid-state batteries are at the center of that strategy. Compared to current lithium-ion batteries, they promise greater energy density, better safety and shorter charging times.. In simple terms, more autonomy in less time and with less risks.
The figures managed by the company do not go unnoticed. There is talk of autonomy close to 1,000 km per chargea barrier that would completely change the perception of the electric car for many drivers.
More autonomy without penalizing weight or size
One of the most interesting points about this technology is that it is not just about adding more capacity.
Nissan claims that its batteries could double the energy density compared to current ones. That means traveling further without needing to increase the size or weight of the vehicle.
Added to this is the improvement in reload times. Although there are no definitive figures, the brand is working on systems that allow much faster charges thanks to better energy transfer. In practice, less time plugged in and more time on the move.
The key component, reducing costs
Beyond performance, there is another element that can make a difference. The price. Nissan estimates its solid-state batteries could be around $75 per kWh by 2028with the intention of going down even to $65 dollars in a later phase.
This information is important because it brings the electric car closer to price parity with combustion models. The battery is still the most expensive component, so any reduction has a direct impact on the final cost for the customer.
Besides, the company is working on new manufacturing processes such as dry electrodes, which simplify production and reduce both energy consumption and environmental impact.
From the laboratory to the street without setbacks
The great challenge of solid-state batteries has not been their performance in the laboratory, but rather their large-scale production. Nissan is aware of this obstacle and has proposed a fairly clear roadmap.
The brand already has pilot facilities in Japan where it tests materials, designs and processes. The objective is to fine-tune all the details before making the leap to a complete production line that will allow this technology to be brought to the market in 2028.
She is not the only one in this race. Other giants in the sector are also investing heavily in this field, which makes it clear that the future of the electric car lies here.
If everything goes as planned, the combination of greater autonomy, faster charging and lower costs could be the definitive push that many were waiting for to make the jump to electric.
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