GM\'s Strategic Pivot: Sourcing Chinese LFP Batteries Despite Tariff Headwinds

According to reports from Yonhap News Agency and U.S. media outlets on August 8, American automaker General Motors (GM) announced that it will source lithium iron phosphate (LFP) batteries from overseas suppliers for its new Chevrolet Bolt EV by 2027.

Citing informed sources, the reports indicate that GM will procure batteries from CATL, the world's largest battery manufacturer.

source: CATL Facebook

Why does GM Source Batteries from CATL?

A Strategic Stopgap

Under the trade policies implemented during the Trump administration, GM's use of CATL batteries will incur substantial tariff costs. Combined with the 25% tariff on foreign automotive components, the aggregate tariff burden on Chinese-manufactured electric vehicle batteries reaches 80%.

Why would GM shoulder such punitive tariffs to purchase CATL batteries? The answer lies in strategic necessity—this represents GM's optimal solution to address current supply chain gaps and cost pressures in LFP battery procurement.

Bridging the Capacity Gap

In July, Ultium Cells, the joint battery venture between GM and LG Energy Solution, announced plans to restructure production lines at its Spring Hill, Tennessee facility to enable localized LFP battery production in North America. However, mass production will not commence until late 2027.

Meanwhile, the new Chevrolet Bolt EV is scheduled to begin production at the Fairfax, Kansas facility by year-end, with market launch targeted for 2026. This creates a two-year supply gap that GM must address through external suppliers.

This arrangement effectively positions CATL's LFP batteries as a transitional solution for GM—a two-year bridge until the Spring Hill facility's batteries become available.

The Economic Calculus

GM has carefully evaluated the financial implications. Currently, all 12 of GM's electric vehicles in production utilize domestically manufactured batteries, spanning market segments from the $35,000 Chevrolet Equinox EV to the $340,000 Cadillac Celestiq.

The Chevrolet Bolt EV, originally launched in 2016, faced a significant setback in 2021 when GM recalled nearly 69,000 vehicles globally due to fire hazards, resulting in substantial losses. GM suspended production of the model in 2023.

The forthcoming new Chevrolet Bolt EV is positioned as GM's most affordable electric vehicle, priced at approximately $30,000. GM board member Jon McNeill disclosed last year that under the $7,500 federal subsidy program, the vehicle's effective price could drop to just over $20,000. However, the Republican Party plans to eliminate this subsidy starting next month.

Since vehicles using Chinese batteries are already ineligible for federal subsidies, analysts suggest that the subsidy phase-out may actually narrow the price differential between the Chevrolet Bolt and competitors, potentially mitigating the competitive disadvantage imposed by tariffs.

More critically, LFP batteries offer significant economic advantages. Compared to nickel-cobalt batteries, LFP batteries cost 35% less to manufacture, partially offsetting tariff pressures. This cost efficiency may enable GM to achieve marginal profitability or break-even status on the Chevrolet Bolt after controlling other production costs.

U.S. Automakers Accelerate Domestic LFP Battery Capacity Development

Technological sovereignty must ultimately yield to economic reality. Against the backdrop of U.S. efforts to "de-Sinicize" electric vehicle supply chains, GM's decision to rely on Chinese LFP batteries—despite the 80% tariff burden—to maintain the Chevrolet Bolt's production and launch schedule reflects a pragmatic compromise. This concession underscores China's dominant position in LFP battery technology, where cost and technical leadership have not yet genuinely returned to North American shores despite tariff barriers.

Nevertheless, America's automotive "Big Three" are rapidly developing domestic LFP battery capacity, with CATL's influence still prominently featured.

On June 29, Tesla officially announced the near completion of its first lithium iron phosphate battery manufacturing facility in North America. Located in Sparks, Nevada, adjacent to Tesla's existing Gigafactory, the facility boasts an initial capacity of 10GWh, primarily serving energy storage and select vehicle applications. While CATL supplies the equipment, Tesla maintains full operational control, with plans for significant capacity expansion.

Ford Motor Company's strategy emerged earlier. In July 2022, Ford announced a technology licensing partnership with CATL to construct a new LFP battery facility at BlueOval Battery Park in Marshall, Michigan, with planned capacity of approximately 20GWh. The facility's main structure is complete, with equipment installation imminent and production scheduled to begin next year. The batteries will power a compact all-electric pickup truck currently under development.

On February 25 this year, CATL and Ford announced expanded strategic cooperation, planning joint development of next-generation battery technology for the North American market.

source: CATL Facebook

GM has separately requested both LG Energy Solution and Samsung SDI to add LFP battery production lines at their U.S. joint venture facilities. To accelerate LFP battery mass production, LG Energy Solution has been particularly active since last year.

In December 2024, LG Energy Solution, along with Changzhou Lithium, a subsidiary of Lopal Tech Holdings, and Asia-Pacific Lithium, a third-tier subsidiary, signed an amended agreement increasing the total long-term supply volume from 160,000 tons to 260,000 tons of LFP cathode materials, maintaining the original delivery timeline of 2024-2028.

In February this year, LG Energy Solution deepened its partnership with Lopal Tech. According to Lopal Tech's previous announcements, LG Energy Solution plans to invest approximately $15.97 million in cash to acquire 20% equity in Indonesian Lithium following new share issuance. Upon completion, Indonesian Lithium will be controlled 80% by Asia-Pacific Lithium and 20% by LG Energy Solution.

In March, reports indicated that LG Energy Solution recruited the core team from former battery manufacturer JEVI Power to strengthen its capabilities in LFP battery technology. The team, comprising approximately 200 professionals across R&D, production, and sales functions, joined LG Energy Solution's Nanjing facility in three phases. The first batch of about 20 former JEVI Power employees began work in March, primarily in R&D roles.

Samsung SDI, which operates at least two major facilities in North America, plans to convert portions of its ternary battery production lines to manufacture LFP energy storage batteries, improving facility utilization rates. Samsung SDI has begun procuring relevant raw materials and equipment for this conversion, targeting mass production by 2026.

Driven by multiple factors including economic efficiency and safety considerations, global demand for lithium iron phosphate batteries will continue expanding. Chinese battery industry enterprises, with their extensive technical expertise, robust supply chains, substantial production capacity, and superior cost control capabilities, will continue dominating the global LFP battery market.