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Beyond capacity: managing risk in Asia’s data center growth

AI is reshaping nuclear projects, helping improve design, construction, maintenance and risk management while enabling more efficient and predictable project delivery.

November 5, 2026

Key takeaways

  • Power availability and grid connectivity are critical to successful data center development.
  • Energy efficiency and sustainability are increasingly influencing investment and site selection.
  • Supply chain disruptions can delay projects, affect financing and disrupt customer commitments.
  • Managing interconnected risks early can strengthen long-term data center resilience and growth.

Rapid advances in artificial intelligence (AI), cloud adoption and digital transformation are driving significant investment in data centers across Asia. As demand for computing power grows, governments, hyperscalers and private capital are investing heavily in new digital infrastructure.

However, capital alone will not determine which projects succeed. Greater attention is being placed on whether data centers can secure sufficient power, withstand supply chain disruption and operate efficiently over the long term. As a result, infrastructure readiness and resilience are becoming central to investment decisions.

Infrastructure readiness is shaping investment

The scale of investment across the region is significant. China is reportedly planning around $295 billion in investment over five years to develop AI data centers and computing hubs, while major commitments are being made across other Asia-Pacific markets.

Yet attention is shifting from whether capacity can be built to where it can be developed successfully and sustainably.

Power availability, grid connectivity, natural catastrophe exposure, land and water resources, regulation and community considerations are increasingly being assessed alongside financial returns.

A project may have financing, customer demand and land secured. But if sufficient power cannot be delivered or critical equipment is delayed, its viability can quickly be challenged.

Power and efficiency are becoming strategic priorities

Power is one of the most significant constraints facing data center development. Even well-funded projects can face challenges securing reliable electricity and grid connections.

At the same time, water usage and sustainability requirements are becoming more important. These factors are no longer viewed purely as operational considerations. They can influence site selection, financing and long-term expansion.

As AI workloads become increasingly power intensive, the focus is also moving from simply securing more power to using it efficiently. Energy efficiency, sustainability and resource optimization are therefore becoming important strategic considerations for data center operators.

Supply chain disruption creates wider financial risk

Modern data centers rely on specialized equipment, including transformers, switchgear, generators, cooling systems, batteries, semiconductors and network infrastructure. Many of these components have long manufacturing lead times and complex global supply chains.

Geopolitical tensions, trade restrictions and manufacturing bottlenecks can disrupt project schedules. A procurement issue can quickly become a financial risk, delaying revenue generation, affecting financing assumptions and disrupting customer commitments.

Supply chain resilience therefore needs to be considered early in project planning, alongside traditional construction risks.

Taking a connected approach to risk

Data center risks rarely occur in isolation. Site selection can influence natural catastrophe exposure, power resilience, operating costs and business continuity. Supply chain disruption can affect construction schedules, financing and operational readiness.

As these dependencies become more complex, risk is increasingly being considered as part of the investment decision rather than simply an insurance or operational issue.

By assessing strategic, physical, financial, environmental, cyber, legal, supply chain and operational risks together, vulnerabilities can be identified earlier and resilience can be incorporated into project planning.

Building for long-term resilience

The continued expansion of AI, cloud computing and digital services presents significant opportunities for data center development across Asia. But success will not be determined by capacity alone.

Infrastructure readiness, power efficiency, supply chain resilience and operational dependencies need to be considered together. Risks should be identified early so informed decisions can be made around investment, development and protection.

Ultimately, sustainable growth will depend not just on how much data center capacity can be built, but on whether it can be delivered, operated and expanded resiliently over the long term.

You can listen to Beyond the megawatts: delivering Asia's data center future episode of our Construction Blueprints podcast series where our experts share real - life experiences and case studies.

Disclaimer

WTW hopes you found the general information provided here informative and helpful. The information contained herein is not intended to constitute legal or other professional advice and should not be relied upon in lieu of consultation with your own legal advisors. In the event you would like more information regarding your insurance coverage, please do not hesitate to reach out to us. In North America, WTW offers insurance products through licensed entities, including Willis Towers Watson Northeast, Inc. (in the United States) and Willis Canada Inc. (in Canada).

Contacts

Jonathan Oppenheim

Head of North America Construction

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