This repository contains technical documentation on large-scale data centres as cyber-physical utility infrastructure.
The compendium addresses the operational, technical, regulatory and institutional conditions under which giga-scale data-centre campuses can become governable infrastructure assets — rather than being understood only as buildings, IT-load aggregations, colocation products or nominal megawatt pipelines.
The central proposition is that long-horizon data-centre value depends on governability: the ability to keep the campus technically operable, evidentially legible, institutionally accountable and commercially usable across load growth, customer change, grid constraints, operating disturbances, retrofit cycles and future technology shifts.
-
Insight Paper – The Data Centre Facility Challenge
Short executive paper on the transition from large data centres and hyperscalers toward a concentrated power-system load class -
Systems Engineering and Operations Compendium for large-scale Data Centres
Full technical treatment of large-scale data centres as governable cyber-physical utility infrastructure, covering development, grid connection, power, cooling, compute, connectivity, evidence, resilience, sustainability, lifecycle governance and platform capability
The compendium treats data centres as coupled infrastructure systems integrating:
- Site, civil infrastructure and permitting
- Electrical utility interface, grid connection and power architecture
- Cooling and thermal management
- Compute, workload and AI-capacity architecture
- Connectivity and data-flow architecture
- Security, resilience and critical-infrastructure obligations
- Data, evidence and operating intelligence
- Sustainability, water, heat and carbon accountability
- Commercial, governance and community architecture
Data centres are becoming system-relevant utility infrastructure. AI workloads, cloud growth, high-density compute, liquid cooling, power availability, grid readiness, heat reuse, carbon reporting, cybersecurity and local acceptance now converge in one infrastructure object.
The compendium therefore focuses on the question of whether data-centre capacity can be converted into controlled, evidenced and adaptable operating infrastructure.
- Data-centre developers and operators
- Hyperscale, colocation and enterprise infrastructure teams
- Grid operators and utility-interface planners
- EPCM, engineering and commissioning teams
- Asset managers, investors and due-diligence teams
- Energy, infrastructure and sustainability strategists
- Municipal, regulatory and policy stakeholders
- Critical-infrastructure and resilience professionals
| Document | Language | Status |
|---|---|---|
| Insight Paper | English | ✓ Available |
| Full Compendium | English | ✓ Available |
Dipl.-Ing. Enno Böttcher
June 2026
See LICENSE file for terms of use.
- Start with the Insight Paper for the executive framing of the data-centre facility challenge
- Use the full Compendium for detailed technical, operational and strategic assessment
- Read the chapters sequentially for a complete infrastructure argument
- Use individual sections as targeted reference material for grid connection, AI capacity, cooling, evidence, sustainability, resilience, platform capability and lifecycle governance
- Apply the framework for project assessment, due diligence, operating-model design, infrastructure strategy and executive discussion
For updates, repository changes and future related materials, monitor this space.