China's ambition beyond manufacturing and infrastructure dominance

For two decades, outside analysis often reduced China's rise to a simple formula: build more, export more, fund more infrastructure. That captured an important phase but is now incomplete. Through Made in China 2025 and successive plans, Beijing has sought power through standard-setting, advanced-technology capability, financial reach, and control over critical industrial nodes. The ambition is to move from being the world's workshop to a rule-shaping systems actor in selected sectors (Kennedy 2015; Naughton 2021).

This shift changes how exposure should be measured. The relevant question is no longer only what share of global output China supplies, but whether it can define interfaces, capture data and learning loops, set technical norms, finance expansion abroad, and anchor ecosystems around its firms. Chinese power is therefore best read as a layered industrial strategy rather than a simple output story—one in which a cheap component and a controlled platform are entirely different kinds of dependence.

The clearest evidence sits in the 'new three' export industries: electric vehicles, lithium-ion batteries, and solar. BYD overtook Tesla in quarterly battery-electric sales at the end of 2023 and became the world's largest maker of new-energy vehicles; China accounts for roughly 60 percent of global electric-vehicle sales and, through CATL and BYD, more than half of global battery manufacturing capacity. In solar, Chinese firms control on the order of 80 percent or more of every stage of the photovoltaic supply chain, from polysilicon to modules (IEA 2025).

But scale has generated its own backlash. Domestic overcapacity and ferocious price wars have pushed output outward, prompting the European Union's countervailing duties on Chinese electric vehicles—up to roughly 45 percent in October 2024—and United States tariffs of 100 percent on Chinese EVs alongside steep duties on solar and batteries. The dominance is real; its frictionless expansion is not. China has proven it can win on cost and manufacturing depth, but converting that into uncontested global influence runs into the politics of the markets it most wants to enter.

Semiconductors are where the ambition meets the hardest wall. United States export controls introduced in October 2022 and tightened in October 2023 and December 2024 restrict advanced logic chips, high-bandwidth memory, and the equipment to manufacture them, joined by the Netherlands and Japan over ASML's lithography tools. The aim is to deny China the frontier hardware on which advanced AI depends.

Yet the controls have not been a wall so much as a tax. SMIC produced a 7-nanometre chip for Huawei's Mate 60 Pro in 2023, and Huawei's Ascend accelerators have become a domestic alternative to restricted Nvidia parts. The 2025 DeepSeek moment crystallised the dynamic: a Chinese lab released frontier-class reasoning models trained at a fraction of the assumed cost, briefly erasing value from US chip stocks and demonstrating that algorithmic and systems efficiency can partly offset hardware constraints. For control regimes the lesson is sobering—they raise costs and buy time, but they also intensify China's drive for self-sufficiency and can accelerate indigenous capability.

The strategy runs on distinctive institutional machinery. State 'guidance funds'—the National Integrated Circuit Industry Investment Fund, whose third phase reached around 48 billion dollars in 2024—channel patient capital into priority sectors. Local governments compete to build industrial clusters and absorb early-stage risk; national champions are nurtured with procurement and cheap credit; and a vast pool of STEM graduates feeds applied research tied directly to manufacturing ecosystems.

Crucially, China increasingly contests standards and software layers, not only hardware—in 5G and 6G, power and grid equipment, EV charging, and AI—recognising that whoever sets the interface captures durable influence. Its earlier infrastructure experience in high-speed rail, ports, and power provides both a template and an export channel, even as the Belt and Road Initiative itself pivots from debt-heavy megaprojects toward smaller, 'small and beautiful' deals after a decade that left several partners over-leveraged.

The counter-story is structural and increasingly binding. The property sector, long close to a third of GDP, has been in slow-motion crisis since 2021; Evergrande was ordered into liquidation in January 2024 and Country Garden followed into distress, leaving local governments—whose finances leaned heavily on land sales—deeply indebted. The economy has flirted with deflation, and household confidence remains weak despite intermittent stimulus (IMF 2024; World Bank 2024).

Demography compounds the pressure. China's population fell in 2022 and has declined every year since, with a rapidly ageing workforce and youth unemployment so elevated that the official series was briefly suspended in 2023. Externally, a widening trust deficit—over Russia, Taiwan, cyber operations, and economic coercion—has produced tariffs, investment screening, and 'de-risking' across the United States, the European Union, Japan, and India. None of this halts China's advance, but each raises the cost of converting industrial scale into uncontested systems leadership.

The implication for other states and firms is selective dependence and competitive adaptation rather than blanket decoupling. In electric vehicles, batteries, and solar, China is already too embedded to ignore; the task is to manage exposure through diversified sourcing, allied industrial cooperation, and standards alliances where Chinese ecosystem power is still contestable. In frontier semiconductors and trusted-network technologies, export controls and friend-shoring retain leverage—for now.

For firms, the discipline is to distinguish temporary cost advantage from structural leverage. A supplier that also controls design standards, financing channels, software interfaces, and the pace of ecosystem learning represents a different kind of dependence from a cheap component. China is trying to build operating systems for industry, not merely factories, and responses must be designed at the same level of system complexity. Its success will remain uneven—strongest where depth, demand, and policy translate into standards and finance, and weakest where trust, demographics, debt, and external restrictions raise the cost of conversion. The decisive question is therefore not whether China remains large, but where it becomes structurally difficult to route around.