China EV Battery Recycling Market

The China electric vehicle battery recycling market value is anticipated to grow from USD 7.96 billion in 2025 to 8.84 billion in 2026 and expected to reach USD 15.29 billion in 2031 with a CAGR (2026-2031) of 11.57%.

China's rapid electrification of road transport, growing battery manufacturing base, mounting volumes of retired power batteries and increasing regulatory oversight are transforming the electric vehicle battery recycling market. China produced and sold 16.63 million and 16.49 million new-energy vehicles in 2025, accounted for 47.9% of new-vehicle sales in 2025, representing one of the world's largest installed EV bases. This scale is accelerating the retirement of batteries into second life and end-of-life; the country's Ministry of Industry and Information Technology estimates Chinese waste power-battery generation will exceed 1 million tonnes annually by 2030.

The economics of China's market are increasingly influenced by the battery chemistry, the value of recovered materials, collection rates, processing yields and proximity to downstream battery-material production. Large LFP battery-base in China moderates the value proposition relative to NMC-intensive markets. Since, LFP contains comparatively less nickel and cobalt, reducing the value of efficient lithium, copper, aluminum and other metal recovery. Meanwhile, the average battery pack size in newer BEVs reaching average capacity of 60 kWh, increase the material volumes available for each retired vehicle, encouraging investment in automated dismantling, mechanical separation, high-efficiency metal extraction and whole-component recovery.

The competitive structure is shifting from independent collection and dismantling to integrated producer-led recycling networks. The China’s management framework explicitly attributes recycling obligations to battery manufacturers and NEV producers while establishing nationwide lifecycle traceability covering battery production, vehicle installation, maintenance, replacement, dismantling, recycling and comprehensive utilization. China's power battery recycling market is shaping around battery-manufacturing and automotive clusters with provinces already hosting cell production, EV manufacturing, material refining and recycling facilities at the forefront. Guangdong, Jiangsu, Zhejiang, Hunan and Jiangxi holds the advantage of proximity to battery producers, vehicle manufacturers and downstream material processors which helps lower logistics costs and enables stronger closed-loop integration.

The China electric vehicle battery recycling market study covers the recycling of batteries at end-of-life being removed from electric vehicles, analyzing by vehicle type, propulsion, battery chemistry, battery capacity, battery form, battery components, and recovered materials, with key regions and countries around the world. The study captures batteries being recycled from two-wheelers, three-wheelers, passenger cars, and commercial vehicles under HEV, PHEV, and BEV propulsion to understand the variations in battery chemistry, configuration and capacity, components, and materials recovered. The study focuses exclusively on end-of-life batteries from electric vehicles and does not cover batteries being scrapped from the manufacturing process, batteries found defective or under warranty, batteries removed from non-vehicle applications, new battery production, second-life batteries being retired from service but not entering recycling, and downstream sales of recycled materials beyond the scope of the battery recycling market definition.

Passenger car electric vehicle battery recycling accounts for the highest market share of 85.9% in 2025, while commercial electric vehicle battery recycling are anticipated to be the fastest vehicle type segment with 27.3% CAGR by 2031. Passenger electric dominance in China's end-of-life battery recycling is driven by the parc of new-energy vehicles and the early adoption of passenger BEVs. As the end-of-life battery profile evolves from smaller early packs to larger-volume units in newer vehicles, the recoverable material value per retired vehicle increases.

Whereas, commercial EVs represent a smaller installed base but larger battery packs and often higher utilization intensity, shortening effective service periods for batteries. This presents a different recycling opportunity profile, where pack size, operating conditions and fleet replacement cycles become important factors. China's recycling infrastructure is also evolving across collection systems transitioning from decentralized approaches to manufacturer-specific collection networks and battery/vehicle producers establishing appropriately sized collection infrastructures under the national framework.

Battery electric vehicle (BEV) represents the largest propulsion segment of power battery recycling accounting 68.2% market share in China power battery recycling market. However, plug-in hybrid electric vehicle (PHEV) battery recycling is anticipated to foresee a CAGR of 28.1% through 2031. BEV batteries dominate China's propulsion recycling segment due to the high contribution of battery-electric vehicles in overall new-energy vehicle growth and larger pack sizes compared to HEVs and PHEVs. This generates greater value of recoverable materials (lithium, nickel, cobalt, manganese, copper and aluminum) at end of life.

While PHEV batteries represent a smaller recycling pool, growing in importance as early adopter plug-in vehicles enter retirement. Smaller pack sizes, more diverse architectures and different usage profiles create different sorting and dismantling economics at end of life. China's 2026 management framework enhances battery traceability capabilities through digital traceability system for all new energy vehicle (NEV) power batteries and details including battery composition and retirement/recycling data, allowing recycling companies to identify battery attributes and estimate recycling volume for coming years.

China's electric vehicle battery recycling industry is concentrated in eastern and southern provinces with extensive EV and battery manufacturing infrastructure, high vehicle parc density, well-established collection networks and proximity to downstream cathode, precursor and metal-processing facilities. Guangdong, featuring a large cluster of battery and NEV manufacturers, is a key recycling hub. Jiangxi and Hunan provinces are evolving on the back of edicated battery-material clusters and regional government initiative to develop closed-loop resource systems. Ministry of Industry and Information Technology identifies Ganzhou (Jiangxi) and Changsha (Hunan) as established power battery comprehensive utilization clusters. Central China, particularly Hubei province, is also witnessing increased recycling industry development in proximity to large battery and automotive manufacturing complexes.

The market value is calculated by multiplying the number of end-of-life EV batteries entering the recycling stream by the corresponding average recoverable value per battery or tonne of battery material processed. EOL battery volumes are estimated using the EV parc, new EV registrations, battery survival rates, average vehicle and battery lifespan, battery replacement patterns, vehicle retirement rates, and battery retirement rates.

Government statistics, vehicle and EV registrations, battery-recycling authorities, industry associations, company disclosures, regulatory filings, and industry studies are used to benchmark historical values.

Forecasts consider EV parc, EV sales, vehicle age, battery retirement rates, battery chemistry and capacity mix, EV adoption, recycling penetration, collection rates, recovery yields, recycled-material prices, battery replacement rates, recycling capacity, recycling infrastructure, regulatory requirements, and regional battery recycling policies.