Physical infrastructure for the age of artificial intelligence.
KaiLase Holding GmbH designs, constructs, and operates high-density AI datacenter facilities engineered to meet the extraordinary power, cooling, and reliability demands of frontier compute.
End-to-end datacenter development.
Site Selection & Development
Identification of high-capacity grid locations across Europe, land acquisition, environmental studies, and permitting — structured around long-term power availability and regulatory clarity.
Engineering & Construction
Mechanical, electrical, and structural engineering executed to institutional standards, with precision construction, independent quality assurance, and transparent milestone reporting.
Commissioning & Handover
Integrated testing of every subsystem, performance validation against design targets, and a methodical, documented handover to operations teams.
Built for the density AI demands.
Facilities engineered for rack densities of 100 to 200 kilowatts, with liquid-cooled high-density zones and power distribution architecture rated for the sustained loads of frontier AI compute clusters.
Direct-to-chip liquid cooling as the default thermal path, complemented by rear-door heat exchangers and adiabatic free cooling tuned for the European climate — targeting PUE figures toward 1.1.
Tier III and Tier IV configurations with fully redundant power paths, N+1 mechanical systems, and continuous uptime programs designed around the availability requirements of large-scale training runs.
Waste-heat recovery into district heating networks, renewable power purchase agreements, and embodied-carbon-conscious construction methods aligned with European net-zero targets.
Carrier-neutral dark fibre entry, diverse metro and long-haul routes, and low-latency interconnection to major European internet exchanges and cloud on-ramps.
Physically hardened perimeters, multi-layered access control, and continuous monitoring aligned with the operational standards of institutional and sovereign clients.
A disciplined, engineered process.
Site Analysis
Grid capacity assessment, land evaluation, environmental studies, and permitting across European energy markets. Sites are selected for power availability, latency, and long-term regulatory clarity.
Design & Engineering
Detailed mechanical, electrical, and structural engineering, with computational modelling of cooling and power systems to validate performance before a single foundation is poured.
Construction
Precision construction under strict quality assurance, with modular prefabrication and parallel workstreams to compress the critical path without compromising standards.
Commissioning
Integrated testing of every subsystem, performance validation against design targets, and methodical handover to operations — readiness measured, not assumed.
Begin a conversation.
We engage with institutional partners, developers, and operators on datacenter projects from site selection through commissioning.