Ford CATL Battery Plant Shows China Grip on EV Supply Chain

14.06.2026 6 Min Read

Ford Marshall Michigan plant licensed from CATL reveals China dominance in EV battery technology.

In Marshall, Michigan — a town of 7,000 people about 100 miles west of Detroit — a $3 billion battery plant is rising from what used to be soybean fields. The factory, backed by Ford Motor Company and powered by licensed technology from China’s CATL, represents something the US-China relationship hasn’t produced in years: a project both sides can point to as evidence that commercial cooperation still works.

But the Marshall plant is also a reminder of how thoroughly China dominates the technology that will power the next generation of vehicles. According to data released by the China Automotive Battery Innovation Alliance (CABIA) on April 10, 2026, China’s power battery installations reached 56.5 GWh in March alone. CATL controlled 39.6% of the LFP market. BYD held 22%. Together, the two Chinese firms accounted for more than half of every electric vehicle battery installed in China that month — and China accounts for more than 60% of global EV battery demand.

What Happened — Ford’s $3 Billion Bet on Chinese Technology

Ford announced in February 2023 that it would build a lithium iron phosphate (LFP) battery plant in Marshall, Michigan, using technology licensed from CATL. The facility, expected to begin production in 2026, would have an annual capacity of 35 GWh — enough to power roughly 400,000 electric vehicles per year.

The deal structure was carefully designed to navigate US-China political tensions. Ford owns the plant outright. CATL provides the technology, equipment, and technical expertise through a licensing agreement, but holds no equity stake. The arrangement allows Ford to claim the $45-per-kWh manufacturing tax credit under the Inflation Reduction Act (IRA), since the batteries are produced domestically with licensed — not imported — technology.

On May 12, 2026, CGTN reported that the Marshall plant was “taking shape,” with construction progressing on schedule. Ford CEO Jim Farley had previously described the project as essential to making affordable EVs viable in the US market. “LFP chemistry is the key to a $25,000 electric vehicle,” Farley said at a January 2024 investor conference in Detroit. “And CATL is the only company with production-proven LFP at scale.”

Why It Matters — The Technology Gap Is the Real Story

The Marshall plant is not just a factory. It’s an admission that US automakers cannot build competitive EV batteries without Chinese technology. And that admission has implications far beyond Ford.

CATL’s LFP cells achieve energy densities of 160-180 Wh/kg at costs below $70 per kWh — numbers that no US or European battery maker can match at scale. The company spent over $2.6 billion on R&D in 2025 alone, employing more than 20,000 engineers. Its Ningde headquarters facility produces more batteries in a single day than most Western startups produce in a year.

The technology advantage is compounding. CATL’s latest Shenxing Plus battery, unveiled at the Beijing Auto Show in April 2026, promises 1,000 km range on a single charge with 10-minute fast charging to 80%. No Western manufacturer has announced comparable specifications for production-ready cells.

For US policymakers, this creates an uncomfortable tension. The IRA was designed to build domestic battery supply chains and reduce dependence on China. But the fastest path to domestic battery production runs directly through Chinese intellectual property.

Key Players — The Battery Supply Chain’s Power Map

Player	Role	Position & Strategy
CATL (Ningde, China)	Technology licensor, global market leader	43.67% of China’s battery market (June 2026). Expanding through licensing (Ford), joint ventures (Stellantis in Spain), and wholly-owned plants (Hungary). Strategy: embed CATL technology into every major automaker’s supply chain.
BYD (Shenzhen, China)	Vertically integrated EV + battery maker	21.47% of China’s battery market. BYD makes its own batteries for its own vehicles, plus supplies third parties. Blade Battery technology competes directly with CATL’s LFP. Expanding into Southeast Asia and Europe with its own EV brands.
Ford (Dearborn, US)	OEM, plant owner	Marshall plant ($3B) uses CATL-licensed LFP. Also sourcing batteries from SK Innovation (Georgia) and LG Energy Solution. Strategy: diversify suppliers while leveraging best available technology.
Tesla (Austin, US)	OEM, CATL customer	CATL supplies LFP cells for Model 3 and Model Y standard range. Tesla also produces its own 4680 cells at Giga Texas, but yield issues persist. Depends on CATL for cost-competitive entry-level models.
Gotion High-tech (Hefei, China)	Battery maker, VW-backed	7.33% of China’s LFP market. Building a $2B plant in Illinois. Volkswagen holds a 26% stake. Key bridge between Chinese technology and Western manufacturing.
US Congress	Regulator	Bipartisan pressure to restrict Chinese battery technology in US vehicles. The RESTRICT Act and proposed IRA amendments could limit licensing deals like Ford-CATL.

Supply Chain Impact — From Mine to Motor

The battery supply chain is a five-layer stack, and China dominates three of those layers almost completely.

Upstream — Mining and Refining: China processes approximately 70% of the world’s lithium, 85% of cobalt chemicals, and 95% of manganese sulfate. Even when raw materials are mined in Australia, Chile, or the Democratic Republic of Congo, they are overwhelmingly shipped to China for refining. CATL itself owns lithium mines in Jiangxi province and has invested in lithium projects in Argentina and Indonesia.

Midstream — Cell Manufacturing: This is where the Ford-CATL deal lives. China produced 177.7 GWh of batteries in Q1 2026 alone, a 50.2% year-over-year increase. Exports reached 36.1 GWh in the same period, up 57.1%. The cost advantage is structural: Chinese labor costs for battery manufacturing are roughly 30% of US levels, and the equipment supply chain (coating machines, winding equipment, formation systems) is almost entirely domestic.

Downstream — Vehicle Integration: Chinese battery makers are increasingly embedding themselves into non-Chinese automakers’ production lines. CATL supplies Tesla, BMW, Mercedes-Benz, Hyundai, and now Ford. BYD supplies Toyota and Ford (for specific models). This creates a dependency that is difficult to unwind without a 5-10 year investment cycle in alternative supply chains.

The Bottleneck: The critical chokepoint is not raw materials or manufacturing capacity — it’s the knowledge base. CATL’s process know-how, accumulated over 15 years of high-volume production, cannot be replicated by licensing alone. Ford’s Marshall plant will produce batteries, but the yield rates, quality consistency, and cost structure will depend heavily on CATL’s ongoing technical support. As one battery industry analyst told the Wall Street Journal in December 2023: “It may be too late to fend off China’s battery giants.”

Market Signal — Three Scenarios for 2027-2030

Bull Case: The Ford-CATL model becomes the template. Multiple US automakers license Chinese battery technology, build domestic factories, and qualify for IRA credits. US battery manufacturing scales to 200+ GWh by 2028, creating 50,000+ jobs. The technology transfer eventually enables US firms to develop competitive next-generation (solid-state) batteries independently. US-China commercial ties in the EV sector stabilize.

Bear Case: Congressional backlash kills the licensing model. New legislation blocks Chinese technology licensing for IRA-eligible vehicles. Ford’s Marshall plant becomes a political liability. US automakers are forced to rely on Korean (LG, SK, Samsung SDI) and Japanese (Panasonic) suppliers who are 2-3 years behind CATL on LFP costs. US EV prices rise 15-20%, slowing adoption. China’s battery dominance becomes permanent.

Base Case: The licensing model survives but under increasing scrutiny. Ford completes the Marshall plant on schedule, but future deals face tighter CFIUS review. CATL and BYD continue to dominate global battery supply, with combined market share stabilizing around 50-55%. The US builds a modest domestic battery industry (100-150 GWh by 2029) that supplements, but does not replace, Chinese supply. The structural dependency persists through the decade.

What to watch: Three developments will signal which scenario is playing out. First, the Marshall plant’s production start date and initial yield rates (expected Q3 2026). Second, whether the RESTRICT Act or similar legislation passes with provisions targeting battery technology licensing. Third, CATL’s planned IPO on the Hong Kong Stock Exchange, expected in late 2026 — a successful listing would raise $5-8 billion and fund the next wave of global expansion.