Your Central Partner
for your new Data Center
work samples
Your standardized IT and Data Center checks
Comprehensive monitoring
Data Center Maintenance
Local AI systems: from applications to managed operations.
On-Premises & Edge
Dokumente, Prozesse & Assistenz
Access & data flows
Piloting, integration & support
By industry and application – from infrastructure to AI.
Data center certification is essential.
Start compact, expand purposefully and integrate local AI. Blue DC combines modular data centres with coordinated utilities and protection, from E and A to M and X.
With Blue DC, we develop data centres from compact IT safes to scalable data centre buildings. Businesses and public-sector clients receive modular infrastructure in which IT space, power, cooling and protection are designed together.
Your applications are the starting point: conventional enterprise IT, site connectivity or compute-intensive local AI. We align connection capacity, rack density and redundancy with your load profile and availability requirements. The technical configuration is defined alongside the scope of supply, services and any assessments against DIN EN 50600 or ISO/IEC 22237.
Patented cooling technology, planned heat reuse and coordinated controls create project-specific opportunities for optimisation. Energy and emissions effects are assessed for the specific configuration and intended operation. The modular design supports expansion in line with your actual needs.
Blue DC energy comparison: calculate the effect of PUE on your operating scenario.
From a compact IT site to a data centre building, with local AI alongside.
Compact micro data centres and IT-safe solutions for 1 to 6 IT racks and 6 to 70 kW connection capacity. Blue DC E can be designed as a single unit or a group of units. Location, utilities and environmental conditions are assessed before implementation.
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Local AI built on Blue DC E | Smart Essential. Blue DC A combines compact data centre infrastructure with a suitable AI platform: GPU systems, data integration, permissions and operations are designed together. The design scope covers up to six racks with direct-to-chip cooling.
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Modular data centres for 2 to 24 IT racks and 6 to 212 kW connection capacity per module. IT areas and dedicated technical modules can be combined as required. Foundations, installation and building integration are designed for the specific site.
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A scalable building concept starting at 24 IT racks, with project-specific connection capacities of up to 60 MW. Blue DC X combines a coordinated layout with patented cooling technology and planned heat reuse. PUE targets are defined according to the site, IT load and operating conditions.
Explore the model →AI-generated concept illustrations. Performance figures describe the design scope; the configuration and required evidence are specified before implementation.
The details for E, M and X describe their base concepts. Blue DC A combines E infrastructure with a complete AI stack: computing hardware, local models, company knowledge, assistants and supported operation. GPU capacity, cooling, redundancy and operational services are agreed for the specific configuration.
| Blue DC E | Blue DC A | Blue DC M | Blue DC X | |
|---|---|---|---|---|
Product illustration |  | |  |  |
Product ID | BDCE1.47 – 6.282 | BDCA1.47 – 6.282 | BDCM2.94 – 24.1128 | BDCX24.1128 – 124.5828 |
RZ Class | Edge Data Center / Micro Data Center | AI data centre / Micro data centre | Module / Container Data Center | Data Center building |
IT racks | 1–6 | 1–6 | 2–24 | 24–124 |
Rack units (47 U per rack) | 47–282 | 47–282 | 94–1.128 | 1.128–5.828 |
Connected load | 6 kW – 70 kW | up to 900 kW¹ | 6 kW – 212 kW | 20 kW – 60 MW |
PUE design target² | < 1,13 | ≤ 1,20 | < 1,10 | ≤ 1,05 |
Availability class under DIN EN 50600 | 1–4 | 1–4 | 1–4 | 1–4 |
Protection classes under DIN EN 50600 | 1–4 | 1–4 | 1–4 | 1–4 |
Granularity level under DIN EN 50600 | 1–3 | 1–3 | 1–3 | 1–3 |
Emissions measurement and accounting | ||||
Load- and temperature-controlled cooling | ||||
Use of Waste Heat | ||||
DIN EN 50600 – certification support | ||||
ISO/IEC 27001 – ISMS support | ||||
KRITIS / NIS2 – project support | ||||
Blue Angel – certification support | ||||
Availability concept | ||||
Security concept | ||||
Redundancy concept | ||||
High Performance Computing (HPC) Capable | ||||
AI Optimization | ||||
Design and origin | ||||
Cooling concept | ||||
Professional Electrical Engineering | ||||
High-Availability Power Supply | ||||
Energy storage concept | ||||
Extensive Security Technology | ||||
Electromagnetic compatibility concept | ||||
Intrusion protection concept | ||||
Modern Access Control | ||||
Fire protection concept | ||||
Integration of renewable energy | ||||
Dynamic monitoring | ||||
Proactive Maintenance | ||||
Specialist Planning in Accordance with HOAI | ||||
24×7 Monitoring | ||||
24×7 User Helpdesk | ||||
Premium Support with SLA Recovery | ||||
Warranty and maintenance | Warranty up to 5 years, with maintenance and service beyond this period by agreement. | Warranty up to 5 years, with maintenance and service beyond this period by agreement. | Warranty up to 5 years, with maintenance and service beyond this period by agreement. | Warranty up to 5 years, with maintenance and service beyond this period by agreement. |
Compare configuration options. The classes and levels are selectable configuration options: availability 1–4, protection classes 1–4 and measurement granularity 1–3. The chosen availability class requires consistent power, cooling and cabling design; protection classes are assigned to the relevant security zones. Selection is based on the risk assessment and agreed scope of supply. An availability class does not specify a fixed uptime percentage.
Check marks indicate available services and functions that can be integrated. Certification support covers planning and evidence preparation; certification is awarded by the competent independent body. Emissions measurement and accounting provide assessment data, not a blanket promise of CO₂ savings.
Product codes: BDC + model + number of racks.rack units. Example BDCA1.47: Blue DC A with one rack and 47 U. The listed series use 47 U per rack; 24 racks provide 1,128 U and 124 racks 5,828 U.
¹ Blue DC A: 1–6 racks with 30–120 kW of IT power per rack. The sizing example 6 × 120 kW × 1.25 gives a total supply requirement of 900 kW. The factor 1.25 is a sizing assumption, not a measured PUE value. Cooling, grid connection, reserves and redundancy require technical verification before implementation. Sizing and cooling design →
² PUE values are design targets. Actual performance depends on factors including utilisation, climate, cooling technology and measurement boundaries, and is determined during operation. The stated power and rack ranges do not guarantee that every maximum can be achieved simultaneously in a single configuration.
Your route to the right service
