Nissan has spent the last year in survival mode. After posting steep losses, cutting 9,000 jobs worldwide, and watching a proposed merger with Honda fall apart in early 2025, the automaker now faces a blunt question: can it still deliver on the ambitious electrification roadmap it drew up when times were better?
The answer, according to Nissan’s own filings and recent technical milestones, is that the company is pressing ahead, though the timeline and scale of its plans are under more scrutiny than ever. From solid-state battery pilot lines to vehicle-to-grid charging and a refreshed model lineup spanning EVs, hybrids, and conventional engines, Nissan is attempting to rebuild momentum on multiple fronts at once.
The Arc plan: ambitious targets meet financial reality
The framework behind Nissan’s product and technology push is a multiyear business plan called The Arc, unveiled in March 2024. It set targets of an additional one million annual unit sales over fiscal year 2023 levels and an operating profit margin above 6 percent. Thirty new models, spanning battery-electric vehicles, plug-in hybrids, conventional hybrids, and internal combustion engines, were slated to arrive globally by the end of the decade.
Those numbers looked bold at the time. They look even bolder now. In November 2024, Nissan announced a sweeping restructuring that included the 9,000-job reduction and a 20 percent cut to global production capacity. Then-CEO Makoto Uchida took a 50 percent pay cut before ultimately stepping aside, with chief planning officer Ivan Espinosa named as his successor. A high-profile merger negotiation with Honda, which could have pooled EV development costs, collapsed in February 2025 over disagreements about governance.
Nissan has not formally withdrawn The Arc’s headline targets, but the company acknowledged in its most recent earnings guidance that near-term volume and margin goals would need to be recalibrated. For now, the 30-model product wave and the region-by-region electrification mix remain the stated plan, even if the pace of execution is an open question.
A product wave built on flexibility
What The Arc means for showrooms is a rapid refresh across nearly every segment. Nissan is not going EV-only. In markets where charging infrastructure is thin and price sensitivity is high, particularly across Africa and parts of Southeast Asia, the company expects combustion engines to carry the bulk of sales for years to come. In Europe, China, and Japan, the mix tilts heavily toward electrified powertrains.
That flexibility is deliberate. Rather than forcing a single powertrain strategy worldwide, Nissan is tailoring its lineup region by region. North America, for instance, is getting a combination of redesigned SUVs and crossovers alongside new EV entries, while Europe leans more on the company’s e-POWER hybrid system and battery-electric models.
Industry coverage from MotorTrend described the approach as a “sea of new gas and electric vehicles,” noting that the sheer breadth of the product plan is meant to hedge against uneven EV adoption rates across different countries.
Solid-state batteries: pilot production is real, but scale is the hard part
The most technically ambitious piece of Nissan’s electrification strategy sits inside the battery pack. The company has been working on all-solid-state batteries (ASSBs) for over a decade and has been more publicly committed to the technology than most rivals.
In April 2025, Nissan opened a pilot production facility in Yokohama, Japan, dedicated to solid-state cell manufacturing. According to Electrek’s reporting, the company expects to bring the technology to market as early as fiscal year 2028, with volume production ramping toward 2029. A technical briefing covered by Battery Technology detailed the roadmap from pilot cells to mass manufacturing, with Nissan betting on sulfide-based chemistry that it says could shrink battery size, reduce weight, and improve charging speeds by roughly 20 percent compared to current lithium-ion packs.
An SAE International profile by Roberto Baldwin noted that while every major automaker and battery supplier is chasing a viable solid-state design, Nissan’s approach stands out for its vertical integration: the company is developing cells, modules, and pack architecture in-house rather than relying entirely on suppliers.
Independent analysis from IDTechEx, cited by Engineer Live, suggests the broader solid-state battery market is approaching an inflection point, with multiple companies targeting commercial production before 2030. That makes Nissan’s timeline aggressive but not an outlier.
The real test will be cost. Solid-state cells remain significantly more expensive to produce than conventional lithium-ion batteries. Nissan has said its goal is to bring solid-state pack costs down to $75 per kilowatt-hour by the time volume production begins, a figure that would make them competitive with today’s cheapest lithium iron phosphate cells. Whether the pilot line can prove that out remains to be seen.
Vehicle-to-grid: turning parked EVs into power plants
Nissan has a longer history with bidirectional charging than almost any other automaker. The original Leaf was one of the first mass-market EVs to support vehicle-to-home (V2H) power flow in Japan, and the company is now pushing to make vehicle-to-grid (V2G) technology affordable and widely available.
In a 2025 announcement, Nissan outlined plans to launch affordable V2G technology in 2026, starting in the United Kingdom. The system would allow EV owners to send stored energy back into their homes or into the electrical grid, effectively letting drivers profit from time-of-use electricity pricing. Nissan says it is the first automaker to secure a G99 certificate for a bidirectional charger in the UK, a regulatory milestone that clears the path for grid-connected installations at scale.
For utilities, the appeal is flexible distributed storage that can help balance supply and demand during peak hours. For households, it is the prospect of lower electricity bills. Nissan is positioning V2G not as a novelty feature but as a core part of the ownership proposition for its next generation of EVs.
e-POWER hybrids and the Wayve partnership
Not every buyer is ready to go fully electric, and Nissan knows it. The company’s e-POWER hybrid system, which uses a gasoline engine purely as a generator to power an electric motor (the engine never drives the wheels directly), has been a strong seller in Japan since 2016 and launched across Europe in 2022. It offers an EV-like driving experience without requiring any charging infrastructure, making it a practical bridge technology in markets where plug-in adoption is still ramping up.
On the software side, Nissan signed a definitive agreement with UK-based AI company Wayve in early 2025 to co-develop next-generation driver-assistance systems. Wayve’s approach uses large foundation models trained on real-world driving data, a departure from the rules-based systems that underpin most current ADAS offerings. The partnership is expected to feed into Nissan models arriving later this decade, though specific vehicle applications have not yet been announced.
What to watch in 2026 and beyond
Nissan’s electrification strategy is technically sound on paper. The solid-state battery work is further along than most competitors’. The V2G push leverages a genuine first-mover advantage. The product pipeline, if it arrives on schedule, would give the brand relevant entries in nearly every segment.
But the financial backdrop cannot be ignored. Nissan is executing this plan with a thinner balance sheet, fewer employees, and no merger partner to share costs. The next 12 to 18 months will reveal whether the company can maintain R&D spending on solid-state batteries and new models while simultaneously cutting costs elsewhere. Investors, dealers, and customers are all watching to see if the ambition holds up under pressure.
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