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China’s Dongfeng Motor Plans 50,000 Solid-State Battery EV Deliveries by 2027, Achieving 350 Wh/kg Energy Density

Megaproject China
Overview
Chinese automaker Dongfeng Motor announced an ambitious plan to deliver 50,000 electric vehicles (EVs) equipped with its proprietary solid-state battery technology by 2027. Ahead of this, approximately 100 demonstration vehicles are scheduled for production by the end of 2026. The core solid-state battery boasts an energy density of 350 Wh/kg and successfully completed winter testing in January 2026. This technology is expected to be integrated into the first vehicles in Q4 2026, marking a significant step by a Chinese company towards mass production of solid-state batteries.
In Depth

Key Findings

Dongfeng Motor, a major Chinese automaker, has set a groundbreaking target to deliver a total of 50,000 electric vehicles (EVs) equipped with its proprietary solid-state battery technology by 2027. Preceding this large-scale deployment, approximately 100 demonstration vehicles are scheduled for test production and validation by the end of 2026. Central to this initiative is a solid-state battery that has achieved a high energy density of 350 Wh/kg, having successfully completed rigorous winter testing in January 2026. This announcement highlights a significant move by a Chinese enterprise, demonstrating a concrete roadmap and progress towards the mass production of solid-state batteries.

Technical / Clinical Details

The solid-state battery developed by Dongfeng Motor achieves a high energy density of 350 Wh/kg, which will enable a significant extension of EV driving range compared to conventional liquid-electrolyte lithium-ion batteries. The company reported that it successfully completed stringent winter testing in January 2026 to verify the reliability and durability of this battery technology. The battery is believed to employ an oxide-polymer hybrid electrolyte, balancing high safety and performance. In the fourth quarter of 2026, this new solid-state battery is expected to be integrated into the first demonstration vehicles, initiating comprehensive real-world performance evaluations. Dongfeng Motor forecasts small-scale mass production by approximately 2030, with large-scale production and market penetration projected from around 2035.

Background & Context

Competition in the electric vehicle (EV) market is intensifying, and battery technology is one of the most critical factors influencing EV performance, cost, safety, and market competitiveness. Solid-state batteries are anticipated as a next-generation technology surpassing existing lithium-ion batteries in terms of high energy density, superior safety, and longer lifespan, driving significant development efforts worldwide from automakers and battery manufacturers. The Chinese government positions the development of the EV industry as a national strategy, vigorously promoting R&D and commercialization of advanced technologies like solid-state batteries. Dongfeng Motor’s announcement reflects China’s strong intent to establish global leadership in this sector.

Strategic Significance & Outlook

Dongfeng Motor’s plan to deliver 50,000 vehicles by 2027 will be a crucial milestone in the commercialization of solid-state battery technology. If successful, China could lead the world in mass production of solid-state EVs, significantly altering the global EV market’s competitive landscape. Furthermore, this success is expected to stimulate new technological innovations for solid-state battery cost reduction and production efficiency improvements, influencing other automakers and battery suppliers. In the future, solid-state batteries have the potential to further push the boundaries of EV performance and make a substantial contribution to realizing a sustainable mobility society. The performance evaluation of Dongfeng Motor’s demonstration vehicles and the subsequent progress towards mass production will be closely watched.

Source: https://megaproject.com/news/factory/dongfeng-plans-50000-solid-state-battery-electric-car-deliveries-by-2027

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