Talking about the future of the electric car is no longer just a matter of design or software. The real battle is being fought in something unknown, but which conditions everything: the battery. And in that arena, Nissan has just made a move with an announcement that could significantly change the game.

The Japanese brand has a date circled in red. It plans to launch its first electric model with solid-state batteries in 2028, a technology that has been generating expectations for some time and is now beginning to take real shape. It's not a distant concept or an idea in its early stages, but an industrial development that is already advancing with concrete steps.

Nissan's return to the forefront

Nissan is no stranger to this. It was one of the pioneers with the LEAF, a model that paved the way when electric vehicles were still uncertain territory. Now it wants to regain that leading role by betting on what many consider the next big leap.

Solid-state batteries are at the heart of that strategy. Compared to current lithium-ion batteries, they promise greater energy density, better safety, and shorter charging times. Simply put, more range in less time and with less risk.

The company's figures are impressive. They're talking about ranges close to 1,000 km per charge, a figure that would completely change the perception of electric cars for many drivers.

More range without sacrificing weight or size

One of the most interesting aspects of this technology is that it's not just about adding more capacity.

Nissan claims its batteries could double the energy density of current batteries. That means traveling further without increasing the size or weight of the vehicle.

Added to this is the improvement in charging times. Although there are no definitive figures,The brand is working on systems that allow for much faster charging thanks to improved energy transfer. In practice, this means less time plugged in and more time on the move.

The key factor: reducing costs

Beyond performance, there is another element that can make all the difference: price. Nissan estimates that its solid-state batteries could be priced around $75 per kWh in 2028, with the intention of dropping as low as $65 in a later phase.

This is important because it brings electric cars closer to price parity with combustion engine models.

The battery remains the most expensive component, so any reduction has a direct impact on the final cost for the customer. In addition, 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 lab to the street without setbacks. The biggest challenge for solid-state batteries hasn't been their performance in the lab, but their large-scale production. Nissan is aware of this obstacle and has laid out a fairly clear roadmap. The brand already has pilot facilities in Japan where it tests materials, designs, and processes. The goal is to fine-tune every detail before making the leap to a full production line that will allow this technology to reach the market in 2028. It's not the only one in this race. Other giants in the sector are also investing heavily in this field, making it clear that the future of the electric car lies here. If everything goes according to plan, the combination of greater range, faster charging, and lower costs could be the final push many have been waiting for to make the switch to electric.

From Lab to Street Without a Hitchhike

The biggest challenge for solid-state batteries hasn't been their lab performance, but their large-scale production. Nissan is aware of this obstacle and has laid out a fairly clear roadmap.

The brand already has pilot facilities in Japan where it tests materials, designs, and processes. The goal is to fine-tune every detail before making the leap to a full production line that will allow this technology to reach the market in 2028.

It's 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 according to plan, the combination of greater range, faster charging, and lower costs could be the final push many have been waiting for to make the switch to electric.