China invests 7 trillion yuan in national computing grid

China is moving to treat computational power as a public utility, announcing plans for a national “Computing Power Grid” backed by more than 7 trillion yuan ($965 billion) in planned investment. The initiative, elevated to the same strategic level as water and power infrastructure, aims to unify the nation’s data centers and supercomputers into a single, state-run network as demand from the artificial intelligence industry has surged more than 1,000-fold since the start of 2024.

The move is a direct response to the strategic challenge of securing the vast computational resources required for modern AI, a reality underscored by researchers at Carnegie Mellon University. “The country that dominates that shared foundation is poised to reap compounding advantages across all of them,” researchers wrote in the ‘Electrotech Moneyball’ paper on the convergence of AI and energy supply chains.

The plan, part of China’s upcoming 15th Five-Year Plan (2026-2030), will allow users to purchase computing capacity on demand, much like a data plan for a smartphone, drastically lowering the cost of entry for AI development. This initiative runs parallel to other state-directed technology pushes, including a multi-billion dollar effort to build a self-sufficient quantum computing industry, signaling a coordinated national strategy to achieve technological independence.

At stake is leadership in the next generation of technology, with Beijing aiming to create a powerful economic “multiplier effect” by providing cheap, abundant computing power to its industries. The initiative represents a clear and direct effort to build a parallel technology ecosystem, independent of Western supply chains and designed to outpace the U.S. in the global AI race.

A Strategy Forged by US-China Tech Rivalry

China’s aggressive push toward technological self-sufficiency has been significantly accelerated by U.S. export controls. Rather than crippling its tech sector, restrictions on access to advanced semiconductors and quantum components have provided the strategic justification for massive state-led investment in domestic alternatives. This has led to the emergence of two distinct development ecosystems, with companies like Origin Quantum now producing fully self-developed quantum computers in response to Western sanctions.

The competitive tension is palpable, with investor Kevin O’Leary alleging that a spike in online misinformation aimed at disrupting U.S. grid and AI expansion is linked to Chinese state actors. “Who would want us to stop building our electrical grid? Who would wanna stop us from having compute capacity to develop AI? Which adversary would want that? There’s only one. It’s China,” O’Leary said in a post on X.

Security Risks and the ‘Electrotech Moneyball’ Doctrine

While China builds, U.S. experts are raising alarms about the long-term security risks of relying on Chinese-manufactured technology. The Carnegie Mellon paper warns that China dominates the global supply of the “electrotech stack”—the power electronics, batteries, and grid technologies that underpin modern AI infrastructure. This dependency creates a critical vulnerability, as these components often contain digitally active control layers that could be exploited.

U.S. officials have testified that China-linked cyber actors, such as the group known as Volt Typhoon, are already embedding themselves in critical infrastructure networks. The CMU researchers propose an “Electrotech Moneyball” strategy for the U.S.: a targeted approach that focuses on securing the highest-risk control layers rather than imposing blanket bans that could stall America’s own infrastructure buildout. The paper argues that refusing to build because one cannot yet build “perfectly” may be as perilous as building without security at all.

This strategic divergence is starkly illustrated on the local level. While China’s top-down approach allows for rapid, nationwide infrastructure deployment, similar projects in the U.S. often face significant local opposition. In Mansfield, Massachusetts, for instance, residents voted to effectively ban large data centers, citing concerns over their enormous power and water consumption. As the U.S. debates the local costs, China is executing a long-term industrial strategy with global implications.

This article is for informational purposes only and does not constitute investment advice.