The building protects the facilities of a data centre. The location of the building with regard to the surrounding potential hazards and the positioning of the security area within the building play an important role in self-protection.
If these influencing factors are identified at an early stage and avoided or structurally and technically mitigated, potential risks and threats from water, explosion, building collapse and debris, vibrations and hazardous substances can be controlled. Traffic routes with frequent transport of hazardous goods should also be avoided in order to prevent possible direct or indirect effects, such as blocked access roads.
The selection of a suitable location is one of the first steps in the decision to build a secure data centre. The achievable level of security ultimately depends on the location and possibly on the control of company-relevant environmental risks.
In this context, TÜV NORD offers site assessments to ensure an optimal starting position for the data centre to be planned.
The service consists of
The assessment is based on public sources, the on-site inspection by an expert using the criteria for the data centre environment in accordance with TSI.STANDARD, EN 50600 or ISO/IEC 22237. In the criteria catalogues, this is essentially covered by the "ENV" section.
The environment can contribute significantly to the risk to the data centre infrastructure. Risks such as nearby industrial plants, flood zones, earthquake zones or traffic routes with hazardous goods transport must be identified and assessed. A suitable location makes a decisive contribution to operational safety and resilience.
While internal assessments often only take known risks into account, TÜV NORD's site assessment is based on structured criteria, neutral sources and empirical knowledge from numerous projects. This means that even less obvious threats or systemic weaknesses are recognised at an early stage.
Even with a fixed location, many risks can be minimised through targeted structural and technical measures - for example through shielding, structural separation of sensitive systems or emergency concepts.
In addition to physical impacts such as shocks, water or explosions, indirect threats must also be taken into account, for example from neighbouring infrastructure with a potential impact on power or grid availability. Accessibility for emergency services also plays a role in resilience.