XTC New Energy has broken ground on Phase I of a 40,000-tonne-per-year ternary precursor project in Guizhou, China, marking a major expansion in battery material production that could reshape global supply chains by 2027. The $1.165 billion initiative—part of a broader push by Chinese and French firms to dominate the electric vehicle (EV) battery sector—follows a parallel joint venture in France, where a 40,000-tonne cathode active material plant is set to begin operations in 2028. With Europe and China racing to secure domestic battery supply chains, the Guizhou project represents a direct challenge to Western manufacturers still grappling with raw material dependencies.
Why Guizhou? The Geopolitical Gambit Behind China’s Battery Rush
The Guizhou project isn’t just about capacity—it’s a strategic land grab. Located in Fuquan City, Qiannan Buyi and Miao Autonomous Prefecture, the site sits atop vast phosphate reserves (over 2 billion tons), giving XTC New Energy direct control over a critical input for lithium iron phosphate (LFP) cathodes, the dominant chemistry in China’s EV market. This “mining-chemical-material integration” approach—quoted verbatim in a recent project filing—mirrors China’s broader playbook: vertical control over supply chains to insulate against geopolitical disruptions. The move also sidesteps Western sanctions on rare earth exports by leveraging domestic resources, a tactic that has already paid dividends in solar panel and semiconductor manufacturing.
What makes this project distinctive is its phased rollout. Phase I, a 10,000-tonne-per-year line, is slated for completion by August 2027, with full 40,000-tonne capacity expected by 2029. That timeline aligns with China’s push to meet its 2030 EV target of 40% market share—up from 25% in 2025—while bypassing bottlenecks in nickel and cobalt sourcing. The project’s location in Guizhou, a region already home to Chengtun Mining Group’s $5.9 billion LFP cathode plant, suggests a coordinated effort to create a self-sufficient battery hub. “This isn’t just about meeting demand,” says one industry analyst, referring to the rapid capacity expansions across China’s battery material sector. “It’s about locking out competitors before they can build their own supply chains.”
The French Counterplay: Dunkirk vs. Guizhou
While XTC New Energy builds in Guizhou, its French partner, Orano, is simultaneously constructing a 40,000-tonne cathode active material (CAM) plant in Dunkirk—a project that, despite its European location, is equally about geopolitical leverage. The Dunkirk facility, announced in March 2026, will supply components for nearly 500,000 EVs annually, positioning France as a critical node in Europe’s battery supply chain. But the project’s origins reveal deeper tensions: it emerged from public consultations in early 2024, a process that delayed approvals by nearly two years. That timeline mirrors Europe’s broader struggle to balance industrial ambition with environmental and community concerns—a stark contrast to China’s streamlined project approvals.
The Dunkirk plant’s joint venture structure—51% Orano, 49% XTC New Energy—reflects a calculated risk. France needs Chinese capital and technology to compete, while China gains a foothold in Europe’s burgeoning EV market. Yet the project’s reliance on Chinese investment has sparked debates in Brussels about energy sovereignty. “Europe can’t afford to be dependent on a single supplier, even if that supplier is a partner,” noted a recent industry report. The Dunkirk plant’s capacity could rise to 80,000 tonnes annually, but only if market demand justifies the expansion—a gamble that hinges on Europe’s ability to outpace China in EV adoption.
The Capacity Arms Race: Who’s Building What?
XTC New Energy’s Guizhou project is just one piece of a global battery material land grab. In November 2025, the company announced plans for a separate 50,000-tonne high-performance battery material project in Xiamen, with construction set to begin in late 2025 and completion by December 2029. Meanwhile, competitors like Yunnan Energy New Material are expanding lithium battery separator production in Yuxi, with a Phase II project targeting 1.6 billion square meters annually by the end of 2024. The scale of these investments—totaling over RMB 11.9 billion across just these four projects—underscores the urgency in the sector.
| Company | Project Location | Capacity | Investment | Completion Target |
|---|---|---|---|---|
| XTC New Energy | Guizhou, China | 40,000 tonnes/year (ternary precursor) | RMB 1.165 billion | August 2027 (Phase I) |
| XTC New Energy / Orano | Dunkirk, France | 40,000 tonnes/year (CAM) | €210 million (registered capital) | 2028 |
| Yunnan Energy New Material | Yuxi, China | 1.6 billion sq. meters/year (separators) | RMB 4.5 billion | December 2024 (Phase II) |
| Chengtun Mining Group | Fuquan, Guizhou | 200,000 tonnes/year (LFP) | RMB 5.9 billion | 2027 (subject to progress) |
The data reveals a clear pattern: China is betting big on vertical integration, while Europe is playing catch-up with joint ventures and delayed approvals. The question now is whether Dunkirk’s plant can compete with Guizhou’s speed—or if Europe will remain reliant on Chinese materials for years to come.
What’s Next? Three Wildcards in the Battery Supply Chain
The next 12 months will determine whether these projects stay on track—or face the same delays that have plagued Europe’s green energy transition.
- Regulatory Hurdles: Europe’s Dunkirk plant required two years of public consultations, while China’s Guizhou project broke ground in months. If Europe’s approval processes don’t accelerate, its plants may arrive too late to meet 2030 EV targets.
- Raw Material Access: XTC New Energy’s Guizhou project leverages domestic phosphate reserves, but Europe lacks similar advantages. The Dunkirk plant’s reliance on imported materials could expose it to supply chain shocks.
- Technological Shifts: If solid-state batteries or alternative chemistries gain traction, today’s investments in LFP and ternary precursors could become stranded assets.
For now, the balance of power favors China. The Guizhou project’s phased approach—starting with 10,000 tonnes in 2027—allows XTC New Energy to ramp up production without overbuilding. Meanwhile, Europe’s Dunkirk plant faces an uphill battle to match China’s speed. “The race isn’t just about who builds first,” says a supply chain analyst. “It’s about who can scale fastest—and who can afford to wait.”
One thing is certain: the battery material sector is entering a new era of consolidation. With China doubling down on domestic production and Europe scrambling to catch up, the next few years will define which players dominate—and which get left behind.
