The Global Data-Center Race: An Opening Pakistan Cannot Afford to Miss

Paris (Imran Y. CHOUDHRY) :- Former Press Secretary to the President, Former Press Minister to the Embassy of Pakistan to France, Former MD, SRBC Mr. Qamar Bashir analysis : President Donald Trump has issued a blunt warning to American communities resisting artificial-intelligence data centers: reject them, he argued, and they risk becoming “backwards and poor.” In his August 31 statement, Trump presented data centers as essential infrastructure for economic prosperity, technological leadership and competition with China. His language was confrontational, but the strategic concern behind it deserves serious attention.
Artificial intelligence and robotics are likely to be among the most consequential technologies of the coming decades. The countries controlling the computing power required to train and operate advanced AI systems will gain economic influence, scientific capabilities and national-security advantages. Data centers are therefore becoming to the digital age what ports, railways, power stations and industrial zones were to earlier periods of development.
China recognized this reality early and began constructing not merely individual data centers but an entire computing ecosystem. Its “East Data, West Computing” programme connects demand in the populous and commercially developed east with land, energy and computing facilities in western regions. By mid-2024, China had invested more than $6 billion directly in eight national computing hubs, with the wider investment stimulated by those hubs exceeding $28 billion. The clusters contained more than 1.95 million server racks.
China’s approach incorporates electricity generation, high-capacity transmission networks, fibre-optic connectivity, cooling systems, equipment manufacturing and workforce development. Five of its eight national computing hubs are in western China, where comparatively inexpensive land and abundant wind and solar resources can reduce operating costs. Computing requirements generated in eastern technology centres can consequently be transferred to facilities thousands of kilometres away.
With a futuristic approach, China built capacity ahead of immediate demand, while setting aside the cost of underunderutilization in the initial stage. This strategy worked and now these 10 principal national data-center clusters had an overall utilization rate of approximately 63 percent in early 2024. This encouraged China to improve national scheduling, connectivity and coordination. By 2025, China reportedly had 10.43 million standard computing racks in use, while its major hubs were increasingly devoted to intelligent computing.
China is, in effect, making a long-term wager: capacity that appears underused today will become strategically indispensable as demand for AI services accelerates. The International Energy Agency estimates that Chinese data centers consumed more than 100 terawatt-hours of electricity in 2024 and that their consumption could double by 2027. China can accommodate such growth because it has simultaneously expanded power generation. At the end of 2025, its installed solar capacity exceeded 1,200 gigawatts and its wind capacity reached approximately 640 gigawatts.
The United States possesses superior companies, advanced semiconductors, enormous capital and many of the world’s best AI researchers. Nevertheless, it is encountering a different problem: translating technological leadership into physical infrastructure.
Data-center projects are facing resistance from communities worried about electricity prices, water consumption, industrial noise, loss of agricultural land and tax concessions offered to wealthy technology companies. Residents also question the employment benefits. A hyperscale facility can create thousands of temporary construction jobs, but its highly automated operation may provide relatively few permanent positions.
These concerns cannot simply be dismissed as hostility to progress. U.S. data centers consumed approximately 4.4 percent of national electricity in 2023, and researchers at Lawrence Berkeley National Laboratory projected that their share could reach between 6.7 and 12 percent by 2028. A 2026 analysis identified at least 46 American AI data-center projects delayed or cancelled following community opposition. The backlash has crossed party lines and encouraged municipalities to introduce moratoriums or stricter conditions.
Trump is correct that rejecting digital infrastructure indiscriminately could weaken American competitiveness. Local communities are equally justified in demanding that private companies should not transfer their electricity, water and environmental costs to ordinary citizens. The workable solution is a new social contract: developers must finance required grid upgrades, disclose resource requirements, reuse water wherever possible and generate or procure additional electricity.
Requiring companies to build dedicated generation can protect households and even add surplus power to the grid. It will, however, increase capital costs. American AI services could become more expensive if every project must separately negotiate land, power, water and local approval while Chinese competitors operate within coordinated national industrial plans.
Europe faces comparable constraints. Its difficulty is not necessarily an absolute shortage of electricity but insufficient grid capacity in established data-center centres such as Frankfurt, London, Amsterdam, Paris and Dublin. The European Investment Bank estimates Europe’s installed data-center capacity at about 11 gigawatts, with 15–20 gigawatts in the development pipeline. In Dublin, grid pressure produced a de facto restriction on new connections and requirements for on-site generation. Planning procedures, high energy costs and environmental rules can further slow construction.
This combination creates an opportunity for countries able to offer politically acceptable sites, reliable energy and competitive costs. Pakistan should consider positioning itself as one such destination.
Pakistan possesses important advantages: a large and young population, an English-speaking technology workforce, relatively inexpensive land and labour, growing digital demand and a geographic position connecting South Asia, Central Asia, China and the Middle East. Its government has already adopted a Cloud First Policy and approved a National Artificial Intelligence Policy. A domestic data-center industry could improve cloud availability, strengthen data sovereignty, develop specialized engineering skills and attract foreign investment.
Nevertheless, Pakistan cannot sell ambition alone. Electricity is its central challenge. Data centers require continuous, high-quality power; outages of even seconds can be costly. Pakistan should therefore identify dedicated “digital infrastructure zones” where investors can construct captive solar, wind, hydro, gas or nuclear-supported generation, combined with batteries and reliable grid connections. Any surplus electricity could be supplied to neighbouring communities under transparent agreements.
Water policy must be equally rigorous. Pakistan is already water-stressed, so offering unlimited cheap water would be economically and environmentally irresponsible. Facilities should be directed toward locations where they can employ closed-loop cooling, treated wastewater, air cooling or other low-water technologies. Projects must undergo credible environmental review and guarantee that household and agricultural supplies will not be displaced.
The government must also establish dependable data-protection rules, cybersecurity standards, tax certainty, streamlined approvals and international connectivity through diversified fibre and submarine-cable routes. Pakistan must compete through reliability and sound policy—not merely low wages or weak regulation. Security, political continuity and contractual enforcement will matter as much as land prices.
The objective should be a negotiated partnership with companies such as Amazon, Google, Microsoft, Meta, Oracle and major international data-center operators. Pakistan could offer prepared sites and coordinated approvals in return for locally generated power, workforce training, university partnerships, environmental safeguards and minimum domestic investment commitments.
China’s experience demonstrates that successful computing infrastructure depends on an ecosystem, not a warehouse filled with servers. The American and European experience demonstrates that ignoring local costs produces resistance and delay. Pakistan should learn from both: plan with China’s strategic horizon while protecting communities through transparent and enforceable standards.
The opportunity is real, but it will not remain open indefinitely. Pakistan’s Ministry of Information Technology, energy authorities, provincial governments and investment agencies should jointly prepare a credible national data-center strategy and begin presenting bankable projects to global investors. If Pakistan acts quickly and responsibly, the worldwide struggle to accommodate AI infrastructure could become a powerful source of technology, skills, electricity investment and long-term national prosperity.