China Has Retained Control of Global Battery Graphite Supply
As electric vehicle battery demand surges, China remains the dominant processor for critical anode materials.
Updated on Sept. 24, 2026 in Electric Vehicles
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China currently accounts for 90% of global graphite anode-material capacity, a critical component for electric vehicle batteries. This dominance persists even as the global market shifts toward LFP battery technology, which now makes up 55% of the EV market.
Why it matters
Graphite anodes represent 10-15% of total battery-cell costs, making the processing capacity a central factor in vehicle pricing and supply chain logistics. With global battery demand projected to reach up to 4.4 TWh by 2030, the reliance on concentrated processing hubs remains a focal point for global energy stability.
China maintains 90% of global anode-material capacity, while global battery demand is projected to grow from 1,591 GWh in 2025 to between 3.5 and 4.4 TWh by 2030.
The players
International Energy Agency
An intergovernmental organization that provides analysis and data on global energy security and technology.
Epsilon Advanced Materials
An industrial manufacturer currently developing specialized graphite-anode production facilities in India.
The details
The production of battery-grade graphite relies on a process called graphitisation, which converts carbon material into a functional anode. This energy-intensive stage requires temperatures exceeding 2,800 degrees Celsius, creating significant technical and infrastructure barriers for new market entrants. While Epsilon Advanced Materials currently operates a 2,000-tonne plant in India, the scale of global demand ensures that anode supply chains remain highly specialized.
Timeline
In 2021, LFP batteries captured 24% of global EV market share.
By 2025, LFP batteries captured 55% of global EV market share.
In June 2026, the IEA reported China held a 90% share of anode materials.
In September 2026, a transcript identified graphite as a supply chain choke point.
By mid-2028, Epsilon Advanced Materials plans to expand production capacity.
The Home Front
The current supply concentration follows the long-term trend identified in IEA global supply chain risk assessments. This reliance on a single processing hub dictates how quickly manufacturing costs for battery-reliant electronics and vehicles may fluctuate.
As battery manufacturing scales to meet future demands, owners of electric vehicles may see shifts in replacement part availability or vehicle production costs. Stay informed on long-term vehicle maintenance trends through your manufacturer's service bulletins and battery warranty documentation.
The takeaway
The concentration of high-heat graphite processing in China continues to shape the cost and production landscape for all battery-powered household goods. Tracking your vehicle's specific battery chemistry, such as LFP versus other types, can provide insight into its long-term charging and maintenance needs.
Further reading
Learn more about the latest innovations and challenges within the Electric Vehicles industry.
Source note: This article includes information reported by MoneyControl.
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Should the country reduce its reliance on foreign sources for essential battery materials?
