China Power Battery Industry Shifts Toward Energy Storage and Exports in 2026

The China power battery industry experienced a seasonal slowdown in February 2026 as the Chinese New Year holiday reduced manufacturing activity and vehicle production. Despite this temporary decline in monthly output and sales, the broader industry continued to demonstrate strong structural growth supported by expanding exports and rising demand for energy storage batteries. These two segments are increasingly reshaping the sector’s growth trajectory as companies adjust strategies in response to shifting global energy and mobility trends.

Industry data shows that while short-term production and installation volumes declined compared with the previous month, year-on-year growth remained strong. The sector is gradually transitioning from a period dominated by capacity expansion toward a phase focused on technological advancement, operational efficiency, and diversified application areas including renewable energy storage and electrified commercial transport.

Battery Production Maintains Strong Annual Growth

Battery production across power and energy storage segments remained robust despite the February slowdown. Total output reached 141.6 GWh during the month, representing a decline of 15.7 percent compared with January but still marking a strong 41.3 percent increase year on year. The performance highlights how underlying demand for batteries in electrification and energy storage continues to grow even during seasonal market adjustments.

For the first two months of 2026, cumulative production climbed to 309.7 GWh, reflecting a 48.8 percent increase compared with the same period in the previous year. The data suggests that long-term expansion in electrified mobility and renewable energy integration continues to support strong battery manufacturing activity across China.

LFP Batteries Continue Dominating Production

From a technology perspective, lithium iron phosphate batteries maintained their dominant position within overall battery output. In February alone, LFP production reached 114.6 GWh, accounting for approximately 80.9 percent of total battery output. This represented a year-on-year increase of 41.7 percent, highlighting the continued appeal of LFP chemistry due to its cost efficiency, safety characteristics, and suitability for both electric vehicles and stationary energy storage systems.

Ternary Batteries Retain Role in Premium Vehicles

Batteries based on ternary materials also recorded significant production volumes, particularly in applications requiring higher energy density. Output of ternary batteries reached 26.9 GWh in February, accounting for around 19 percent of total battery production and rising 39.7 percent year on year. Although LFP batteries dominate in overall scale, ternary chemistries remain important in premium passenger vehicles where longer driving range and higher energy density are essential.

Energy Storage Demand Accelerates Market Expansion

Energy storage batteries have emerged as one of the fastest-growing segments within the broader battery industry. Combined sales of power and energy storage batteries reached 113.2 GWh in February, declining 23.9 percent compared with the previous month but increasing 25.7 percent year on year. The expanding role of grid-scale storage systems and renewable energy integration is contributing significantly to this growth trend.

Energy storage batteries alone recorded sales of 38.6 GWh during the month, representing a sharp 67.3 percent increase compared with the previous year. Over the January to February period, sales reached 84.8 GWh, more than doubling from the same period in 2025. The segment accounted for 32.4 percent of total battery sales, highlighting how renewable energy storage projects are rapidly becoming a major driver of battery demand.

Exports Strengthen Global Market Position

Export activity has become an increasingly important growth engine for China’s battery sector. In February, total exports of power and energy storage batteries reached 23.9 GWh, representing approximately 20.6 percent of total monthly sales. Export volumes increased 13.2 percent compared with the same period a year earlier, demonstrating continued global demand for Chinese battery technology.

Power battery exports alone totaled 16.9 GWh during the month, rising 31.9 percent year on year. Cumulative exports during the first two months of 2026 reached 34.6 GWh, marking a 44.6 percent increase compared with the previous year. Although exports of energy storage batteries declined slightly year on year in February, they showed a 9.3 percent increase compared with January, suggesting gradual recovery in international storage deployments.

Domestic EV Installations Reflect Market Adjustment

While export markets and energy storage demand expanded, domestic installations of batteries in new energy vehicles declined during the same period. Battery installations in China’s electric vehicle market totaled 26.3 GWh in February, representing a decline of 37.4 percent from January and a 24.6 percent decrease compared with the same month last year. Seasonal production slowdowns during the Chinese New Year holiday contributed significantly to this trend.

For the January–February period, total installations reached 68.3 GWh, reflecting a modest year-on-year decline of 7.2 percent. Despite the short-term decrease, structural demand for electric vehicles remains strong as manufacturers continue expanding electrification across passenger and commercial vehicle segments.

Technology Adoption Trends in Vehicle Batteries

LFP batteries continued to dominate installations in new energy vehicles, reaching 20.6 GWh in February and accounting for 78.3 percent of total installations. However, this figure represented a 27.5 percent decline compared with the previous year. Ternary batteries recorded installations of 5.7 GWh, representing 21.7 percent of total installations and declining 11.4 percent year on year.

Battery Capacity per Vehicle Continues Rising

One notable development across China’s electric vehicle market is the rapid increase in battery capacity per vehicle. In February, the average battery pack installed in new energy vehicles reached 75.9 kWh, representing a significant 52.6 percent increase compared with the previous year. Battery electric passenger cars averaged 68.6 kWh per vehicle, reflecting rising consumer expectations for extended driving range.

Competitive Landscape Becomes More Diverse

The competitive structure of the battery sector is also evolving as market maturity increases. Leading manufacturers continue to dominate installations, yet second-tier suppliers are steadily gaining ground. Several companies reported rising market shares during the first two months of the year, highlighting a gradual diversification of suppliers serving China’s rapidly expanding electric mobility ecosystem.

Market concentration remains high despite the emergence of new challengers. The two largest battery producers together accounted for 65.4 percent of total installations during the January–February period. Meanwhile, the top five suppliers represented 81.5 percent of the market and the ten largest manufacturers accounted for more than 94 percent of total installations.

Application patterns across vehicle segments are also evolving. Battery electric passenger vehicles remained the largest application area, accounting for 58.8 percent of installations in February. However, electrified commercial vehicles demonstrated particularly strong growth momentum, especially full-electric trucks and specialized transport vehicles, which recorded substantial year-on-year increases in installations.

Overall, the China power battery industry is undergoing a structural transition driven by energy storage expansion, increasing export demand, and technological differentiation among manufacturers. While domestic EV installations may fluctuate in the short term, the industry’s long-term trajectory continues to be shaped by electrification, renewable energy integration, and rising demand for advanced battery technologies across multiple mobility and energy applications.