Ford Motor Company abruptly shut down its $5.8 billion battery plant in Kentucky just months after opening, citing policy changes under the Trump administration that eliminated key EV tax credits. Meanwhile, Canada has secured $19 billion in battery manufacturing investments from European automakers, creating thousands of jobs and capturing skilled workers from the US. This shift highlights the critical role of regulatory stability in attracting manufacturing investment and signals a significant
Ford Motor Company recently abandoned its $5.8 billion battery plant in Glendale, Kentucky, a joint venture with South Korean battery maker SK. This plant, spanning 1,500 acres, began operations in summer 2025 but was shut down just four months later, resulting in the immediate loss of 1,600 jobs. Ford attributed this decision to weaker than expected electric vehicle (EV) demand and significant policy changes under the Trump administration, specifically the elimination of the $7,500 federal tax credit for new EVs and the $4,000 credit for used EVs, which ended on September 30, 2025.
Ford stated that the shift in federal policy significantly disrupted its long-term strategy for battery manufacturing. The elimination of these tax credits reduced consumer incentives to purchase EVs, thereby weakening demand and undermining the viability of large-scale domestic battery production.
While Ford’s Kentucky plant shuttered, Canada has aggressively positioned itself to capture the skilled workforce and manufacturing capacity in the EV battery sector. Canadian provinces Ontario and Quebec have secured three major battery plants with a combined investment of approximately $19 billion:
These investments are creating approximately 8,500 jobs by 2027, significantly outpacing the 1,600 jobs lost in Kentucky. Canada’s ability to maintain federal EV incentives has provided regulatory predictability, attracting European automakers who have chosen Canadian facilities over US locations.
The closure of the Kentucky plant has led to a direct migration of skilled labor to Canada. Workers laid off from the Kentucky facility, who earned around $38 per hour, are being actively recruited by Canadian battery manufacturers offering comparable wages and relocation assistance. Stellantis’ Windsor plant is located just 20 minutes from Detroit, facilitating easier transitions for Michigan workers.
This migration results in Canada capturing human capital that the US spent years developing, while the US loses not only jobs but also the skilled workforce necessary to rebuild its battery manufacturing industry in the future.
The shift in battery manufacturing capacity has broader implications for North America’s EV supply chain. Canadian battery plants will supply American automakers, who will likely pay premiums for batteries produced in Canada due to the collapse of US domestic production capacity.
Historically, manufacturing ecosystems require sustained investment and regulatory stability. The semiconductor industry’s decline in US production during the 1990s and 2000s serves as a precedent, where Asian manufacturers gained a lasting advantage. Battery manufacturing is following a similar trajectory.
Canada’s $19 billion investment is expected to create operational facilities by 2027, while the US’s domestic capacity remains uncertain. Ford has hinted at possibly reopening the Kentucky plant as a separate subsidiary in late 2026 or early 2027, with projected employment of 2,000 people, but no guarantees have been made.
Battery manufacturing requires long-term investment horizons of 7 to 10 years due to facility construction and equipment costs. Policy uncertainty that spans beyond single electoral cycles destroys investment viability. Canada offers multi-party consensus on EV transition policies, whereas the US experiences oscillations between administrations.
European automakers explicitly cited regulatory predictability as a decisive factor in choosing Canadian locations over US sites. This regulatory environment outweighed other factors such as labor costs or market access.
The immediate consequence of these developments is that US automakers become dependent on foreign or Canadian battery supplies despite billions spent on domestic production attempts. Ford’s Kentucky plant was specifically designed to reduce Chinese battery dependency but ended up increasing North American reliance on non-US sources.
By 2029, Canadian battery plants are projected to control 35 to 40% of North American production capacity, while US domestic manufacturing might only reach 15% if the Kentucky plant reopens and GM maintains reduced Ohio capacity. The remainder of supply will come from Chinese and Korean imports.
Canadian employment in battery manufacturing is expected to exceed 12,000 workers by 2028, while US employment may struggle to reach 5,000 if current trends continue. It is predicted that by Q4 2027, at least 300 to 400 of the laid-off Kentucky workers will be employed at Canadian battery plants, as Canadian manufacturers prefer recruiting skilled American labor over training new workers.
Canada’s $19 billion investment generates sustained economic activity, including provincial tax revenues that fund infrastructure supporting manufacturing hubs. Workers spend wages in Canadian communities, creating multiplier effects, and supply chains develop around these facilities.
Conversely, the Kentucky plant represents sunk capital generating zero return. Harden County loses approximately $60 million in annual wages based on the 1,600 workers earning $38 per hour. The local tax base also suffers as workers relocate, including to Canada.
Kentucky Governor Andy Beshear attributed the job losses to policy changes pushed by former President Donald Trump, specifically the elimination of EV tax credits that had encouraged consumer interest.
The Ford Kentucky battery plant closure exemplifies how policy volatility can drive capital and labor migration, undermining domestic manufacturing capacity. Canada’s consistent regulatory environment has allowed it to capture significant investment and skilled labor, reshaping North America’s EV supply chain.
This case highlights the importance of sustained policy commitment to maintain competitive manufacturing ecosystems. Without it, the US risks losing critical industries and skilled workers to more stable jurisdictions, with long-term economic consequences.
For those interested in understanding the broader economic and geopolitical patterns behind such industrial shifts, further analysis reveals how global supply chains are realigning, often bypassing US markets entirely.
The Ford Kentucky plant may become a symbol of policy-driven industrial decline, while Canada’s growing battery manufacturing sector stands as a testament to the value of regulatory stability and strategic investment.
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