The Return of American Industrial Policy: The Logic and Risks Behind Re-Industrialization

From the "Invisible Hand" to the "Government's Thumb": Why US Industrial Policy Is Making a Comeback

For a long time, the United States has been regarded as the standard-bearer of the free-market economy. But in fact, from Alexander Hamilton's 1791 *Report on Manufactures* to DARPA and Sematech during the Cold War, the US government has never truly abandoned its support for strategic industries. It was only after the 1980s that this interventionist tradition was once overshadowed by the neoliberal narrative.

Today, industrial policy has once again become the prevailing wisdom in Washington. The CHIPS and Science Act and the Inflation Reduction Act (IRA), passed during the Biden administration, mark a shift in the United States from the "invisible hand" to "the government putting its thumb on the scale" — using direct subsidies, tax credits, and public procurement to artificially redirect capital flows and reshape the industrial landscape.

This shift is no accident; it is the convergence of three external pressures:

• The urgency of climate change: Achieving net-zero emissions requires large-scale deployment of clean energy and electric vehicles, yet the supply chains these industries depend on are highly concentrated in China.
• The fragility of global supply chains: The pandemic and geopolitical conflicts have exposed America's over-reliance on critical minerals, pharmaceuticals, and semiconductors.
• China's state-driven development model: Through industrial policy, state-owned enterprise subsidies, and market protection, Beijing has rapidly established global dominance in sectors such as photovoltaics, batteries, and electric vehicles, forcing the United States to respond.

The New Industrial Policy: Not a Return to the Past, but an Entry into the "Advanced Manufacturing" Era

Unlike the defense-driven industrial policies of the 20th century, the Biden administration's industrial policy has two distinctive features:

First, "advanced manufacturing" serves as the core anchor. Semiconductors, electric vehicles, and clean energy have become policy priorities. The CHIPS Act provides tens of billions of dollars in subsidies for semiconductor manufacturing and R&D, while the IRA offers long-term tax incentives for electric vehicles, batteries, and renewable energy. These are not tariff protections in the traditional sense, but attempts to rebuild domestic manufacturing capacity by "subsidizing the supply side."

Second, it emphasizes the "national security" narrative. Industrial policy has been redefined as a tool to deal with "strategic competitors." From semiconductor export controls to restrictions on battery mineral procurement, security logic is reshaping economic logic. This has earned industrial policy a degree of cross-party consensus in American politics — although the means and scope remain fiercely contested.

Why Now? The "Infrastructure" Anxiety of American Manufacturing

Behind the return of industrial policy lies a deep anxiety over the competitiveness of American manufacturing. Over the past three decades, the United States has undergone deep deindustrialization: factory closures, the offshoring of supply chains, and the decline of the "Rust Belt" in the Midwest. But the crises of recent years have revealed a harsher reality — the United States has not only lost low-end manufacturing, but also faces the risk of "hollowing out" in certain high-end areas, such as advanced semiconductor process nodes.Data shows that the U.S. share of global semiconductor manufacturing capacity has fallen from 37% in 1990 to about 12% (referencing the trend described in the CFR background article). This decline is not just an economic issue—it is a national security issue. As a result, industrial policy is no longer simply about "supporting the strong and rewarding the excellent," but rather about attempting to rebuild the "infrastructure" of the entire industrial ecosystem—including talent cultivation, R&D networks, supplier systems, and regional clusters.

Core Observations: Three Key Shifts

1. From the "Washington Consensus" to the "Hamilton Consensus"

Both Republicans and Democrats are shifting toward pragmatic industrial policy. The Trump-era tariffs on China broke with the Republican Party's traditional free-trade stance; Biden continued and expanded this intervention through more systematic legislation. Although the two parties remain deeply divided over climate and subsidy details, a consensus is forming on the point that "national power must be used to address China and supply chain risks."

2. Policy Focus Moving from the "Demand Side" to the "Supply Side"

Past industrial policies often relied on government procurement such as military purchases to drive demand, whereas current policies place more emphasis on directly subsidizing production and R&D. For example, the CHIPS Act directly funds factory construction, and the IRA provides production tax credits (such as the advanced manufacturing tax credit). This lowers firms' capital costs and accelerates private investment decisions.

3. The Regional Economic Landscape Is Being Reshaped

New investment flows are changing America's geographic distribution. Chip factories are concentrated in Arizona, Ohio, and Texas; battery plants are flowing into the Southeast and the Great Lakes region. The Midwest, traditionally dependent on autos and steel, as well as the emerging "Battery Belt," are becoming the front lines of reindustrialization. This regional reconfiguration will profoundly affect the local economy and political landscape of the United States over the next decade.

Who Benefits? Who Feels the Pressure?

Benefiting Industries

• Semiconductor manufacturing and equipment: International giants such as TSMC and Samsung, as well as U.S. companies like Intel and Micron, receive direct subsidies and orders.
• Electric vehicles and batteries: Tesla, GM, Ford, and a range of battery startups benefit from the IRA tax credits.
• Clean energy industries: Solar, wind, geothermal, and grid infrastructure gain long-term policy certainty.
• Construction and engineering services: The wave of factory construction directly boosts upstream industries such as industrial building, concrete, and steel structures.
• Defense-related technologies: Aerospace and high-end electronics remain traditional beneficiaries.

Industries Under Pressure

• Traditional internal combustion engine parts suppliers: Face the risk of being phased out in the transition to electrification.
• Consumer electronics and apparel that rely on low-cost overseas manufacturing: Tariffs and "friend-shoring" raise costs.
• Small and medium-sized manufacturers: May find it difficult to access subsidy resources and face compliance costs.
• Export-oriented industries in allied countries: Some industries in Europe, Japan, and South Korea may be affected by U.S. subsidy competition.## Risks and Controversies: The "Boomerang" Effect of Industrial Policy

Industrial policy is not a panacea. The CFR background article clearly states that critics believe "policies distort the free market, rewarding not better products but companies that are better at lobbying." There have also been failures in history.

One key lesson is the risk of "picking the wrong winners." Government subsidies may flow to inefficient enterprises and stifle innovation. For example, the swings in U.S. solar industry policy during the 2010s led to sharp fluctuations in employment and investment. In addition, industrial policy can trigger trade wars and subsidy races, thereby distorting global supply chains.

Another hidden risk is "over-reliance on security narratives." When all industries are labeled as matters of national security, policy becomes easily politicized, leading to misallocation of resources. Industrial policy requires continuous evidence-based evaluation and adjustment.

Supply Chain Restructuring: From "Just-in-Time" to "Safety Stock"

A deeper impact of the return of industrial policy is that it has changed corporate supply chain logic. Over the past three decades, global supply chains pursued extreme efficiency—low costs, minimal inventory, and global sourcing. Now, companies are beginning to place "resilience" above "efficiency."

"Friend-shoring" and "near-shoring" have become new trends: U.S. companies are diversifying their supply chains toward Mexico, India, and Southeast Asia, while increasing domestic capacity in critical links. The provision in the CHIPS Act "prohibiting subsidized companies from expanding advanced capacity in China" is even more directly forcing supply chains to be severed.

What does this shift mean for global manufacturing? In the short term, costs rise; in the long term, a dual supply chain system may emerge, with a U.S.-centered "North American manufacturing bloc" and a China-centered "Asian manufacturing bloc" running in parallel. For Mexico, this is a major opportunity—it is becoming one of the biggest beneficiaries of U.S. manufacturing reshoring.

Corporate Investment Decisions: Policy-Driven "Real Money"

The greatest effect of industrial policy is changing corporate expectations for long-term capital expenditure. The IRA and CHIPS provide tax incentives lasting up to ten years, which influence factory siting and capacity planning more than short-term orders do.

We have seen Apple commit billions of dollars to U.S. chip manufacturing, TSMC and Samsung significantly increase their U.S. plant investments, and battery companies such as Tesla and Panasonic intensively announce expansions in North America. Behind these investment decisions is a "certainty" of profit expectations formed jointly by policy subsidies, tax breaks, and procurement agreements.

But companies must also face the "subsidy cliff"—once policies expire or are withdrawn, capacity may become excessive. Therefore, savvy companies are converting policy dividends into long-term competitiveness rather than merely chasing subsidies.

The Next Five Years: Where Is U.S. Manufacturing Headed?

If existing policies continue to be implemented, the following trends may emerge in U.S. manufacturing over the next five years:1. Significant increase in semiconductor production capacity: The United States is expected to raise its share of advanced process chip manufacturing to over 20% by the end of this decade, but it will still be difficult to achieve complete self-sufficiency. 2. Initial formation of an electric vehicle supply chain: The localization rate of batteries, cathode and anode materials, and complete vehicles will increase significantly, but it will face challenges of cost and technology iteration. 3. Consolidation of regional patterns: Texas, Arizona, and the Southeast will become new manufacturing corridors, while the Midwest needs to transition to "next-generation vehicles and energy." 4. Coexistence of policy dependence and innovation: Subsidy-driven investment will bring capacity expansion, but true competitiveness still depends on whether companies can remain profitable after subsidies are phased out. 5. Reshaping of global rules: The United States, Europe, and China are all using industrial policy, and WTO rules will face greater pressure, possibly leading to new subsidy coordination mechanisms or conflicts.

Conclusion: The Return of Industrial Policy Is a "New Reality"

Whether one supports or opposes it, industrial policy has once again become a core tool of US economic governance. Its return is not an accidental ideological shift, but an inevitable choice for the United States to address structural challenges. For investors and businesses, understanding this new reality is crucial—future competitive advantages depend not only on technology and markets, but also on grasping the direction of policy trends.

Industrial policy is a double-edged sword. Used well, it can repair supply chains, cultivate new industries, and reshape regional economies; used poorly, it can breed rent-seeking, distort competition, and exhaust public resources. The United States is entering an era of "experimental reindustrialization," the outcome of which will profoundly affect the next round of competition in global manufacturing.