Global Capex Boom Could Generate $200 Billion in New Insurance Premiums by 2030
A global capital expenditure super-cycle is redirecting investment away from asset-light digital businesses and toward large physical infrastructure, creating what Swiss Re Institute calls one of the largest commercial property and casualty opportunities in decades.
The institute estimates AI data center construction and operation could generate around $91 billion in cumulative premiums by 2030, while renewable energy investment could add roughly $111 billion over the same period. Property insurance would account for more than half of data centre premiums, at $49 billion, followed by engineering at $18 billion, liability at $10 billion, credit and surety at $9 billion, and marine at $5 billion, Swiss Re Institute found.
Global energy investment is projected to reach $3.4 trillion in 2026, AI-related capex is expected to exceed $1 trillion, and defence spending hit a record $2.9 trillion in 2025, though the report noted defence spending translates unevenly into insurance demand because governments typically self-insure military budgets dominated by personnel and sovereign procurement.
Bigger, More Concentrated Risks Replace Diversified Digital-Era Exposures
Swiss Re Institute said the shift from the 2000-2020 “digitalization wave,” dominated by software, services and platforms, to today’s capex-intensive cycle has fundamentally changed the structure of commercial risk, not just its volume. Capital intensity, physical asset dependence, infrastructure dependence and correlation potential have all moved from low or moderate to high, the report said.
Individual AI data center campuses can now carry replacement values as high as $50 billion, with Meta’s Hyperion project alone surpassing $50 billion in cost, according to the report. Semiconductor fabrication plants can reach $20 billion to $30 billion in replacement value, and Taiwan Semiconductor Manufacturing Co.’s Arizona Fab 21 complex is budgeted at approximately $165 billion across its phases, Swiss Re Institute said.
That concentration extends to geography and shared infrastructure. Texas and Virginia together represent more than 40% of U.S. data center capacity, and more than a quarter of that capacity sits in areas that could see three or more days of large hail annually, the report found. In Taiwan, about 88% of semiconductor fabrication plants sit in extreme to very extreme seismic risk zones, even as the island houses 18% of global semiconductor manufacturing capacity and 92% of the most advanced chips, according to Swiss Re Institute.
Corporate disclosures reflect growing unease with more concentrated risk: among the largest 25% of Fortune 100 companies by market capitalization, mentions of digital infrastructure dependencies as a risk rose to 46% in 2025 from 25% in 2018, while concern about clustering around enabling resources such as energy and water more than doubled, to 38% from 17%, over the same period, the report said.
Insurability, Not Capital, Is the Binding Constraint
Swiss Re Institute said the central challenge facing insurers is not a shortage of capital but limits to insurability: the ability to quantify losses, diversify risk, absorb maximum loss and write coverage on economically sustainable terms. Hyperscale data centers illustrate how several of these constraints can bind simultaneously, the report said, noting there is currently little capacity for contingent or non-damage business interruption coverage despite the growing risk that a single network or supplier failure could trigger losses across multiple insureds and lines of business at once.
The report pointed to historical precedent for expanding insurability, citing how markets adapted to providing coverage for nuclear power through mechanisms such as the Price-Anderson Act, and offshore energy through improved engineering standards, and cyber risk through better modelling and segmentation.
Today’s response includes engineering-led underwriting, technical due diligence, layered insurance programs, syndication among multiple carriers, captives, and reinsurance, which Swiss Re Institute said plays a central role in providing capacity, managing accumulation and supporting knowledge transfer. Large data center campuses can require insurance limits exceeding $10 billion, according to the report, which said insurance programs are typically structured around probable maximum loss rather than full asset value, making that gap increasingly relevant to project financing.
Public-private partnerships, the report said, remain best suited to systemic risks such as pandemics or nuclear liability that fall outside the efficient reach of private markets, while it characterized large commercial risks like AI data centers and energy infrastructure as fundamentally insurable through private-market solutions.
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