Everything You Need to Know About Data Centre Containers

Everything You Need to Know About Data Centre Containers

What is a Data Centre Container? 

A data centre container, also known as a containerised data centre, is a modular and self-contained unit that houses critical IT infrastructure. These containers are typically built using standardised shipping containers, providing a secure and organised environment for servers, networking equipment, storage devices, and other essential components of a data centre. The use of modular containers offers companies the flexibility to deploy IT infrastructure in multiple locations, making them particularly suitable for organisations with distributed operations.

Looking to implement an container data centre for your business? Contact us today or fill in our free and fast quotation form. 

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Advantages of Data Centre Containers

Portability and Scalability - One of the key advantages of data centre containers is their portability. These containers can be easily transported to different locations, allowing businesses to quickly set up IT infrastructure wherever it is needed. Additionally, the modular nature of data centre containers enables easy scalability. As the demand for computing power and storage capacity increases, companies can simply add more containers and stack them to accommodate their growing needs. This flexibility makes data centre containers an ideal solution for organisations that require rapid deployment and expansion of their IT infrastructure.

Faster Deployment - Traditional data centre construction can be a time-consuming process, requiring significant planning, design, and construction efforts. In contrast, data centre containers offer a faster deployment option. These prefabricated units come ready-to-use, significantly reducing the installation timeframes. By leveraging containerised data centres, businesses can expedite the setup of their IT infrastructure, allowing them to be up and running in a fraction of the time it would take with traditional data centres.

Energy Efficiency - Data centre containers are designed with energy efficiency in mind. The modular construction allows for better optimisation of power and cooling systems, resulting in reduced energy consumption. These containers are equipped with integrated power systems, cooling equipment, and fire suppression systems, ensuring efficient operation while minimising ongoing operational expenses. By leveraging energy-efficient design principles, businesses can lower their carbon footprint and achieve cost savings in the long run.

Cost Savings - Traditional brick-and-mortar data centres can be prohibitively expensive to build and maintain. In contrast, data centre containers offer a cost-effective alternative. The use of standardised shipping containers as the base structure eliminates the need for extensive construction and infrastructure investments. Additionally, the modular nature of containerised data centres allows for incremental expansion, enabling businesses to scale their IT infrastructure in a more cost-effective manner. With data centre containers, companies can achieve significant cost savings without compromising on performance or functionality.

Organised and Secure Environment - Data centre containers provide a secure and organised environment for housing critical IT infrastructure. These containers are designed with robust materials, such as high-strength Corten steel, to protect the data infrastructure from external elements and climatic conditions. Moreover, the compartmentalised layout of containerised data centres allows for easy organisation and maintenance of servers, networking equipment, and other components. This streamlined approach ensures efficient operations and facilitates quick access for daily maintenance tasks.

Container data centre being transported
Container data centre in the UK

Considerations for Implementing Data Centre Containers

While data centre containers offer numerous advantages, there are certain considerations that businesses should keep in mind when implementing this solution. Understanding these factors will help organisations make informed decisions and ensure successful deployment of containerised data centres.

Design and Configuration - Data centre containers offer flexibility in terms of design and configuration. Companies must carefully consider their specific IT infrastructure requirements and plan the layout accordingly. This includes determining the number of containers needed, the placement of servers and networking equipment, and the allocation of space for cooling systems and power distribution units. Collaborating with experienced professionals can help businesses design an efficient and tailored containerised data centre that meets their unique needs.

Power and Cooling Requirements - Containerised data centres require external power sources to operate the hardware and systems within. Businesses must ensure that they have adequate power capacity to support the equipment housed in the containers. This may involve the installation of separate support containers to accommodate the power and cooling equipment. Additionally, the choice of cooling system, whether air or water-based, should align with the specific requirements of the data centre container and the environmental conditions of the location.

Maintenance and Support - Proper maintenance and support are critical for the smooth operation of data centre containers. Companies should have a team of specialists who can handle the installation, configuration, and ongoing maintenance of the containerised data centre. Regular inspections, equipment testing, and software updates should be conducted to ensure optimal performance. Partnering with a trusted provider like us that offers comprehensive maintenance and support services can alleviate the burden of managing the data centre containers and ensure their long-term reliability.

Connectivity and Networking - Effective connectivity and networking infrastructure are vital for the seamless functioning of data centre containers. Companies must consider the placement of containers in relation to their operations area to minimise the need for extensive cabling and connectivity solutions. Additionally, robust network security measures should be implemented to protect the data and infrastructure housed within the containers. Partnering with experienced network specialists can help businesses design and implement a reliable and secure networking environment for their containerised data centres. Contact one of our in house data centre experts today. 

Disaster Recovery and Redundancy - Data centre containers should be equipped with robust disaster recovery and redundancy mechanisms to ensure business continuity in the event of a system failure or natural disaster. This may involve implementing backup power systems, redundant networking equipment, and data replication strategies. By incorporating these measures, companies can minimise the risk of data loss and downtime, enhancing the overall resilience of their IT infrastructure.


Data centre containers offer a unique and innovative solution for housing critical IT infrastructure. With their portability, scalability, faster deployment, energy efficiency, and cost savings, containerised data centres have become a preferred choice for businesses worldwide. However, successful implementation requires careful planning, design, and expertise to ensure optimal performance and reliability. By considering the advantages and considerations outlined in this guide, companies can make informed decisions and leverage the benefits of data centre containers to meet their evolving IT infrastructure needs.

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