The real story behind China's manufacturing might

China Shock 2.0 is a powerful phrase that offers a fake story. In this telling, Chinese electric vehicles, batteries, solar panels and advanced manufactured goods are the latest version of the low-cost imports that reshaped Western manufacturing after China joined the World Trade Organization.

The products may have changed, but the conclusion remains the same: China produces too much, sells too cheaply and threatens industrial workers elsewhere.

The vocabulary is also familiar. In the 1980s, Japan was described in nearly the same terms — subsidies, dumping, industrial targeting, unfair competition.

Some of those concerns were real, but the political framing pushed defensive policy rather than industrial renewal, and many of the predicted outcomes did not materialize.

The lesson is not to ignore competitive pressure. It is to distinguish unfair conduct from superior capability before choosing the response.

The "China Shock 2.0" argument leans on the work of David H. Autor, David Dorn and Gordon H. Hanson published in 2013, which argued that rising Chinese imports led to higher unemployment in the United States.

But that paper is treated as more definitive than it ever was.

The original finding — concentrated harm to specific US local labor markets between 2001 and 2010 — was a distributional effect inside an aggregate gain, not a verdict on trade with China, and the policy discourse has consistently over-read it.

The 2.0 case is structurally different. The sectors under scrutiny are not labor-intensive consumer goods, but capital goods, green technologies, complex assemblies and two-way supply chains dense with non-Chinese value. Price declines are at the center of the global energy transition.

Electric vehicles are the clearest example. The common assumption is that Chinese EVs are cheap mainly because of government support. Yet Rhodium Group, an organization known for its close scrutiny of Chinese industrial policy, reaches a different conclusion.

Rhodium estimates that BYD enjoys a cost advantage of roughly $4,700 per vehicle over Tesla China. Direct subsidies account for about $292 per vehicle, and preferential financing for around $12. By Rhodium's reckoning, subsidies add up to barely 5 percent of BYD's cost advantage.

The larger explanation lies in industrial organization. BYD produces around 80 percent of its tier-one components and 36 percent of its tier-two components in-house, avoiding an estimated $2,369 per vehicle in supplier markups.

Lower R&D and administrative costs contribute another estimated $1,719. So, the advantages stem not from cheap inputs but from vertical integration, dense local supply chains, rapid iteration and large-volume cost amortization.

If the gap were mainly because of subsidies, tariffs could plausibly close it. But tariffs cannot manufacture competitiveness. What Western automakers are facing are not lower prices but a different, and more efficient, production system.

China's manufacturing advantage can no longer be explained by cheap labor. Official data show average annual wages in urban non-private manufacturing reached 107,987 yuan ($15,895) in 2024, up from around 72,088 yuan in 2018, while Chinese export prices have been flat or declined over the same period.

When wages rise while export prices remain steady, the cause is not currency movements but productivity, automation, scale and supply-chain clustering. Chinese firms have compressed the design-to-market cycle inside dense local ecosystems where suppliers, engineers and manufacturers sit close to one another.

China's rise is not just because of volume but also technological accumulation. R&D spending as a share of GDP rose from about 1.3 percent in the 10th Five-Year Plan (2001-05) to 2.7 percent in the 14th (2021-25).

OECD data place China's total R&D spending close to the US in purchasing power terms, and the World Intellectual Property Organization's Global Innovation Index ranks China in the world's top 10 innovation economies.

The benefits are broader than the "shock" narrative allows. Lower Chinese prices are disruptive for some producers, but they are very beneficial for consumers, developing economies and the energy transition. Cheaper solar panels, batteries and EVs lower the cost of decarbonization.

IRENA has found that most newly added utility-scale renewable power in 2024 was cheaper than the lowest-cost fossil-fuel alternative. The same price decline that pressures some incumbent firms also helps households, grids and governments deploy clean technology faster.

The reverse evidence is also striking. If China were simply "shocking" the world, developing economies would be pulling away; instead, many are deepening integration with China.

ASEAN is now China's largest trading partner, and the China-ASEAN Free Trade Area 3.0 Upgrade Protocol covers the digital economy, green economy and supply-chain connectivity.

Vietnam's export boom, Southeast Asia's electronics growth and Mexico's nearshoring expansion are closely related to Chinese intermediate goods, machinery and logistics.

The trade-in-value-added perspective reinforces this point. Gross export figures make China appear to be the sole source of the impact.

But final exports from China often embody value created elsewhere: Japanese and Korean components, German machinery, Dutch equipment, Australian minerals, ASEAN inputs, and global software, design and services. A tariff aimed at "China" often strikes a production network much broader than China itself.

A fuller accounting must look beyond goods. China runs a large goods surplus, but it is also a major buyer of foreign services and a source of income for global firms.

Data show that in 2025 China recorded a $1,023 billion goods surplus alongside a $196 billion services deficit and a $115 billion primary income deficit. Tourism, education, intellectual property payments, digital services, brands and multinational profits all complicate the one-way story, making the picture look less like a one-directional shock and more like deep mutual dependence.

"China Shock 2.0" compresses three different issues into one alarm: efficiency read as unfairness, scale read as aggression, and diffusion read as threat. If the issue is efficiency, the answer is to lower energy and capital costs at home — not tariffs that shield higher-cost producers from a structural gap.

If the issue is scale, the answer is to invest in supply-chain depth and the ecosystems where suppliers, engineers and integrators sit close together — not barriers that fragment those networks further.

If the issue is diffusion, the answer is to accelerate domestic R&D and firm-building while participating in the supply chains that spread capability — not export controls premised on a single-source frontier.

The better question, then, is not how to stop China from making affordable advanced goods.

It is how other economies can build manufacturing systems capable of making complexity affordable.

The author is an associate professor in the Guangdong Institute for International Strategies at Guangdong University of Foreign Studies.

The views don't necessarily reflect those of China Daily.

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