Swiss Re: Investment Boom Could Generate $200 Billion in Premiums

A global surge in investment in artificial intelligence (AI), data centers, and energy infrastructure could generate approximately $200 billion in cumulative commercial insurance premiums between 2026 and 2030, according to a Swiss Re Institute report.

The report, Time to Build: Expanding the Frontier of Insurability for the Capex Super-Cycle, identifies significant growth opportunities for insurers while warning that increasingly concentrated and interconnected infrastructure assets are creating more complex exposures.

Global energy investment is projected to reach $3.4 trillion in 2026, including approximately $2.2 trillion for renewable energy, nuclear power, electricity grids, storage, low-emissions fuels, efficiency, and electrification. Meanwhile, the five largest US hyperscalers are expected to invest nearly $800 billion in AI-related capital expenditures in 2026, with global data center investment estimates exceeding $1 trillion.

"We are seeing the digital economy become a real economy. AI needs data centers, power grids, and increasingly complex infrastructure—and all of it needs insurance," Gianfranco Lot, chief underwriting officer of property and casualty reinsurance at Swiss Re, said.

Swiss Re Institute identifies four primary drivers of risk accumulation: increasingly valuable individual assets, geographic clustering, supply chain dependencies, and interconnected physical and digital networks. These exposures can compound, allowing a single disruption to affect multiple policyholders, industries, and insurance lines.

Some AI data center campuses, including computing equipment, could cost as much as $50 billion to replace. Geographic concentration adds to the exposure, with Texas and Virginia accounting for more than 40 percent of current and planned US data center capacity.

Natural catastrophe risks further complicate underwriting. More than one-quarter of US data center capacity is located in areas potentially experiencing at least 3 days of large hail annually, while approximately 40 percent is exposed to areas that could experience at least 3 tornado days per year.

Similar concentrations exist in semiconductor manufacturing. In Taiwan, approximately 88 percent of fabrication plants are located in zones classified as having extreme or very extreme seismic risk. A major earthquake could disrupt semiconductor production and affect industries worldwide.

Supply chain dependencies also increase potential losses. Specialized equipment, including high-voltage transformers, can require multiple years for delivery, potentially extending construction delays and business interruption claims. Disruptions involving shared electrical grids, telecommunications systems, or digital networks could simultaneously affect otherwise unrelated businesses.

According to Swiss Re Institute, the primary obstacle to expanding insurance capacity is not insufficient capital but the difficulty of accurately assessing increasingly complex exposures. Limited operating histories for large infrastructure projects complicate estimates of loss frequency and severity, while interconnected risks make accumulation management more challenging.

The report identifies operational exposures as a particularly important underwriting challenge. Although construction risks are comparatively well understood, commissioning and operating high-value infrastructure introduce substantial property, business interruption, contingent business interruption, and liability exposures. In some circumstances, interruption-related financial losses could exceed physical damage.

Swiss Re Institute recommends engineering-led underwriting, improved catastrophe and accumulation modeling, and broader risk sharing among insurers, reinsurers, and capital markets to support insurance capacity for major infrastructure investments.