DC IT Container Configurator

The cost of building a container data center depends heavily on your individual requirements. Factors such as the desired equipment, size, climate control solutions, fire protection systems, or the need for separate technical rooms influence the price.
With our data center configurator, you can request a quote tailored to your specific needs. Based on your specifications, our experts will create a customized solution for your project. We would be happy to advise you without obligation.
 

The DC IT container is a modular and flexible system that can be individually adapted to the requirements of your project. There are various configuration options to choose from:

• All-in-one solution: The technical room and server room are integrated into one compact unit. This space-saving solution is ideal for locations with limited space or for temporary IT infrastructures.
• With separate technical room: This option allows for physical separation of the server and technical areas, enabling more efficient cooling, higher security standards, and optimized operation.
• Modular design: The container can be expanded by combining several modules to meet the requirements of growing IT infrastructures. This makes it suitable for both small and large-scale IT projects.

Regardless of the configuration chosen, the DC IT container offers significant advantages such as robustness, mobility, and reliability. It is designed to protect your IT infrastructure from external influences such as fire, water, dust, burglary, and even corrosive gases.
Thanks to its modular design and the ability to configure the container individually, the DC IT Container is suitable for both decentralized edge locations and use as a main data center.
 

A DC IT container as an all-in-one solution offers numerous advantages – especially when it comes to quickly providing computing capacity or responding flexibly to changing requirements:

• Quick deployment: Thanks to plug-and-play technology, the containers are fully preconfigured and can be put into operation on site with minimal effort.
• Robustness: The durable construction provides reliable protection against extreme weather conditions, water, dust, and mechanical stress.
• Security features: In addition to burglary protection, protective mechanisms such as eavesdropping protection (EMC), explosion-proof systems, or even protection against physical attacks can be integrated as needed.
• Customized equipment: In collaboration with our technology partner, the containers can be equipped with scalable IT hardware. The portfolio ranges from powerful servers and storage systems to solutions for high-performance computing (HPC) and components optimized for AI-based applications.
• Maximum efficiency: Intelligent cooling systems and redundant systems ensure reliable performance with maximum operational reliability.
• Scalability: Thanks to the modular design, capacities can be easily expanded without the need for major conversion work.

The combination of robust construction, innovative safety standards, and state-of-the-art hardware technology makes the DC IT Container the perfect solution for a wide range of applications – whether for edge computing, temporary IT infrastructures, or use in particularly demanding locations.
 

The DC IT container meets the same strict requirements as traditional data centers and can be built in accordance with international standards:

• EN 50600: For high availability and efficient operation.
• Tier level certifications: Construction in accordance with uptime certifications (up to Tier 3 or Tier 4) possible.
• Fire protection and other physical hazards: Certified according to EN 1047-2 (fire protection), EN 1627 (burglary protection), and other relevant standards.
• Redundant systems: We implement a fully redundant infrastructure to ensure maximum availability.

These certifications and standards give you the assurance that your container data center offers maximum reliability.
 

An optimal cooling system is crucial for the reliable operation of your IT. The DC IT Container uses efficient cooling solutions that are tailored to the requirements of a data center:

• Indirect free cooling: Reduces energy costs by primarily using outside air indirectly for cooling.
• Cold water systems: Particularly efficient at high power capacities.
• Direct and indirect air conditioning: Combined with side coolers for uniform room cooling.
• Refrigerant technologies: In addition to conventional systems, natural refrigerants can be used for a more environmentally friendly solution.
• Cold/hot aisle containment: Minimizes energy consumption by strictly separating cold and hot areas in the container.

Thanks to state-of-the-art technologies, the DC IT container enables energy-efficient and sustainable cooling, tailored to your IT requirements.

One of the biggest advantages of the DC IT container is the short construction time. Thanks to the prefabricated modular design, the containers are ready for use almost immediately.

• Minimal installation time on site: Since many components are already pre-installed, the work at the installation site is limited to a few weeks.
• Individual schedule: Depending on the size and equipment, we can make your container data center operational within a very short time.
• Flexible setup: Even subsequent expansion with additional modules can be carried out quickly and easily.

With the DC IT Container, you save valuable time and can expand your IT infrastructure in record time.

The DC IT Container offers a high degree of flexibility in adapting to your specific requirements. From compact solutions to complex, multi-module setups, there are numerous options available to you:

• Scalability: Multiple container modules can be combined to expand the capacity of your IT infrastructure as needed. This modularity allows for gradual expansion without the need for major renovations.
• Individual configuration: The size and equipment of the container can be fully customized to your needs. From floor space to special requirements such as security and cooling systems, each solution is tailor-made to optimally support your IT infrastructure.

In addition to the physical adjustments, you can choose from a variety of technical equipment options, including:

• Cold/hot aisle containment for optimized cooling.
• Certified security features such as fire protection according to EN 1047-2 or burglary protection according to EN 1627.
• Redundant systems to ensure maximum availability.

Use our data center configurator to design your ideal solution. Our data center experts will be happy to advise you on developing a customized and future-proof IT infrastructure for your company.
 

Our data center container offers a complete security concept that is specifically designed to protect sensitive IT infrastructures from fire and heat. The fire protection components can be individually adapted to your requirements:

• Early fire detection: Highly sensitive smoke extraction systems detect smoke particles in the air and raise the alarm early on, before a fire can start.
• Fire protection insulation: The containers can be certified according to EN 1047-2 and, on request, offer heat and flame protection suitable for IT infrastructure. 
• Automatic extinguishing systems: Various extinguishing systems – such as those using nitrogen or other inert gases – prevent damage to your hardware in the event of a fire.
• Room tightness: The system is designed to keep fire and smoke out during critical time windows.

With these measures, we ensure the best possible protection for your data center components.

Your data center container is not only optimally protected against external influences such as weather conditions – the DC IT container also offers the highest security standards against burglary and unauthorized access:

• Burglary protection in accordance with EN 1627: Protection against mechanical attacks through tested security doors and walls. RC2 is standard, RC3 and RC4 are available.
• Access control: Access systems log and monitor all access to the container.
• Video surveillance: Security cameras with motion detection and night vision ensure seamless surveillance.
• Optional features: For particularly critical infrastructures, we offer enhancements such as eavesdropping protection (EMC) or protective equipment against vandalism and gunfire.

With these protective measures, your IT infrastructure is optimally secured against physical access risks.

Monitoring plays a central role in the smooth and secure operation of a data center. The DC IT Container offers comprehensive monitoring solutions that provide you with many advantages:

• Real-time monitoring: Continuously monitor all important operating parameters such as temperature, humidity, power supply, and cooling systems.
• Early warning systems: Problems such as power failures, overheating, or unauthorized access are detected and reported in real time, allowing you to take countermeasures at an early stage.
• Minimization of downtime: Quick response to alarms prevents damage and costs caused by unplanned system failures.
• Logging and traceability: All incidents and fluctuations are recorded to enable comprehensive analysis and optimization of the infrastructure.

With these monitoring options, you can maximize the efficiency and security of your container data center while minimizing risks. 

Our DC IT containers can be fully equipped with hardware components. In cooperation with our partners, we offer complete solutions in which the containers are preconfigured with powerful IT systems. The portfolio ranges from servers for business-critical applications to HPC and AI systems for data-intensive workloads such as machine learning, neural networks, and big data analytics.
Thanks to modern technologies such as GPU architectures and liquid cooling, our containers enable maximum performance density in the smallest of spaces. These plug-and-play solutions are energy-efficient and future-proof, as they are tailored to the requirements of current and future hardware generations. Whether for research institutions, temporary IT infrastructures, or locations with limited space, our containers are flexible and offer a scalable solution for a variety of requirements.

Data center containers are ideal for use in high-performance computing (HPC) and artificial intelligence (AI). With the increasing prevalence of data-intensive applications such as machine learning, neural networks, and big data analytics, traditional data centers often reach their limits. Our AI-ready DC IT containers offer an ideal solution to these challenges by integrating powerful and scalable hardware components from our partners. 
The idea of “AI in a box” becomes reality through the combination of high-performance hardware, innovative cooling systems (such as on-chip liquid cooling), and a ready-to-use “plug-and-play” approach.

Advantages at a glance:

• Compact power density: Optimized IT infrastructures enable maximum computing power in the smallest of spaces – ideal for HPC and AI applications.
• Innovative cooling: Liquid cooling ensures reliable operation even at high power densities and increases energy efficiency.
• Flexibility and scalability: Modular design allows rapid adaptation to growing requirements.
• Fast deployment: Preconfigured systems mean that the containers can be ready for use in just a few weeks.
• Sustainability: Energy-efficient technologies and the option of waste heat utilization make the solution environmentally friendly.
• Future-proof: Support for current and future hardware generations, especially for AI and HPC workloads.
   

A container data center offers a compact, scalable, and ready-to-use solution that can be optimized specifically for computationally intensive applications such as HPC and AI. The ability to pre-integrate powerful hardware not only saves time and costs during implementation, but also provides an IT infrastructure that meets the increasing demands of modern applications.
By supporting innovative technologies such as GPU architectures, liquid cooling, and high-density IT setups, our containers enable efficient and sustainable use of computing power. This makes them particularly suitable for scenarios that require high flexibility, short deployment times, and maximum performance – whether in research projects, for temporary IT solutions, or as a supplement to existing IT infrastructures. In addition, they offer a future-proof platform designed to meet growing demands for energy efficiency, waste heat utilization, and sustainability.