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I-03 / Design and resilience
Design and resilienceTALINTS

Designing a Data Center for digital services and AI

A robust project connects service, capacity, energy, cooling, security and operations from the beginning.

A Data Center is a service system before it is a building. Its value lies in delivering computing and data at the expected level of availability, security and cost. This definition guides decisions better than starting with a target power figure or a redundancy label.

Connect capacity to the business need

The starting point is a documented workload portfolio. It describes dependencies, recovery needs, probable growth and location constraints. Capacity can then follow a realistic path. RTE notes that new Data Centers ramp up gradually and may operate below the connection capacity originally requested.[1] Reserving power without a phased plan ties up capital and can complicate grid planning.

Treat interfaces as major decisions

Risk often concentrates at interfaces. An information technology strategy changes electrical distribution. Fluid temperature changes the opportunity to reuse heat. A maintenance architecture changes actual availability. Guidance from the European Joint Research Centre organises these dependencies across management, technology, cooling, power and energy monitoring.[2]

This approach also requires clear governance. Every assumption needs an owner, a measurement method and a decision threshold. Without that discipline, margins added by each team can produce an expensive system whose useful capacity nobody can explain.

Integrate digital and physical resilience

Resilience does not come from redundancy alone. It depends on detection, procedures, skills, supply chains and the ability to restore service. ENISA guidance for NIS2 connects these themes with incident handling, continuity, supplier security and evidence of control implementation.[3]

A sound project maintains a clear line between the promise made to the business and the technical decisions. That discipline makes tradeoffs visible, limits unnecessary design and prepares operations to evolve with digital services and AI.

Research

Sources and references

This analysis is an original TALINTS synthesis. Source markers in the text link to the public publications consulted.

  1. Annual Electricity Review 2025, Data Center consumptionRTE, 2026
  2. 2025 Best Practice Guidelines for the EU Code of Conduct on Data Centre Energy EfficiencyEuropean Commission Joint Research Centre, 2026
  3. NIS2 Technical Implementation GuidanceEuropean Union Agency for Cybersecurity, 2025
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