Nissan Solid-State EV Battery Breakthrough Targets 2028 Launch

LiCAP Technologies reached a significant milestone in its electrification roadmap, confirming progress toward launching its first vehicles powered by all-solid-state batteries by 2028. During a recent technical briefing, the company revealed that its prototype battery pack has achieved key performance targets, marking a step closer to commercial deployment. This advancement reinforces Nissan’s long-term strategy to lead next-generation EV battery innovation while maintaining technical consistency in performance metrics and manufacturing feasibility.

Solid-State Battery Prototype Achieves Key Validation Targets

Nissan confirmed that it successfully stacked up to 23 battery cells, referred to as layers, into a single solid-state battery pack prototype. This configuration is considered sufficient for real-world vehicle application. More importantly, the prototype has met required charge and discharge benchmarks, demonstrating operational viability under expected automotive conditions. This milestone distinguishes the development from earlier experimental phases and signals readiness for further scaling toward production-grade systems.

Global Industry Momentum Around Solid-State Technology

The progress comes amid accelerating global competition in solid-state battery development. Several companies in Japan are already testing prototypes and preparing for near-term mass production. While many announcements have surfaced in recent years, recent developments indicate tangible advancements rather than theoretical breakthroughs. Nissan’s achievement aligns with this broader momentum, positioning the company within a rapidly evolving competitive landscape focused on higher energy density and safety improvements.

Manufacturing Strategy and Strategic Partnership

To support commercialization, Nissan established a dedicated all-solid-state battery production line at its Yokohama facility in Japan in early 2025. The company is also collaborating to enhance manufacturing efficiency. LiCAP’s Activated Dry Electrode technology eliminates the need for drying and solvent recovery processes, enabling cost reduction and streamlined production. This approach is expected to play a critical role in scaling solid-state battery manufacturing economically.

Projected Performance and Range Expectations

Although Nissan has not disclosed complete technical specifications, industry reports indicate that its solid-state batteries could deliver up to twice the driving range of conventional lithium-ion systems. This translates to an estimated WLTP range exceeding 1,000 kilometers, while EPA estimates would likely surpass 600 miles. Such improvements would significantly enhance EV usability by reducing charging frequency and addressing range limitations, a key barrier in broader electric vehicle adoption.

Roadmap Toward 2028 Commercial Launch

Nissan has reaffirmed its plan to introduce its first vehicles equipped with in-house developed solid-state batteries by fiscal year 2028. Company leadership has previously confirmed that vehicle platforms are being prepared to integrate this technology within the same timeline. The consistent alignment between battery development, production readiness, and vehicle integration indicates a coordinated execution strategy aimed at ensuring timely market entry.

Frequently Asked Questions

When will Nissan launch vehicles with solid-state EV batteries?
Nissan plans to introduce its first vehicles equipped with solid-state EV batteries by fiscal year 2028, following successful prototype validation and production line setup. The company has already demonstrated a multi-layer battery prototype meeting charge and discharge targets, indicating readiness for further scaling. With ongoing collaboration and manufacturing advancements, Nissan is aligning battery development with vehicle integration to ensure a commercially viable launch within the planned timeline.