Data centres

Data center project requires a deep understanding of the critical factors influencing its performance and longevity. These include: power infrastructure (uninterruptible power supplies, generators), cooling systems (CRAC, CRAH units, liquid cooling), network infrastructure (high-bandwidth connectivity, robust network security), physical security (access control, surveillance, perimeter protection), and environmental considerations (energy efficiency, sustainability). We focus on ensuring compliance with relevant industry standards and regulations.

We may incorporate advanced technologies such as AI-driven monitoring and predictive maintenance to optimize operational efficiency and minimize downtime.

Our Design Services for Data centres:

Key Factors Influencing Data Centres Design

Designing a data centre involves more than choosing hardware. It requires a strategic approach to site, power, cooling, and compliance.

Site Selection and Location Strategy

Selecting the right location is pivotal. Ideal sites have stable climates, low disaster risk, strong power grids, and reliable fiber connectivity. Many global companies are now moving data centres to cooler climates or underwater environments to reduce cooling demands.

Cooling Systems and Thermal Management

Cooling consumes up to 40% of a data centre’s total power. Efficient thermal management—through liquid cooling, free-air cooling, or advanced containment—ensures optimal temperature control. Innovations like immersion cooling are redefining how heat is managed in hyperscale facilities.

Power Distribution and Redundancy

To maintain uptime, data centres rely on redundant power systems - UPS, generators, and dual power feeds.

Network Infrastructure and Connectivity

The network design determines performance. High-speed switching, structured cabling, and fiber-optic connectivity provide low-latency and high-bandwidth communication. Redundant network paths safeguard against outages, ensuring resilience.

A data centre’s strength lies in its structure. The primary elements include servers, networking equipment, storage units, and environmental systems. Together, these components create a unified environment that processes data, supports cloud services, and powers mission-critical applications.

The Role of Architecture in Data Centre Design

Architectural layout influences airflow, cabling, scalability, and energy efficiency. Modern designs emphasize modular architectures, allowing expansion without major disruptions. Raised floors, optimized rack placement, and hot/cold aisle containment systems are integral to minimizing energy waste and maximizing operational uptime.

FAQs About Data Centres Design

1. What is data centre design?

It’s the process of planning and structuring facilities that house IT equipment to ensure optimal performance, efficiency, and security.

2. Why is data centre design important?

Proper design minimizes downtime, reduces energy costs, and ensures scalable performance.

3. What are the main components of a data centre?

Servers, networking equipment, storage, cooling, power systems, and security infrastructure.

4. What does PUE mean in data centres?

Power Usage Effectiveness measures energy efficiency. A lower PUE indicates better performance.

5. How can data centres become more sustainable?

Through renewable energy use, efficient cooling systems, and intelligent automation.

6. What’s the future of data centre design?

AI integration, edge computing, and advanced liquid cooling will dominate the next decade.

they trust us

Client

Swisslux AG

Location

Under NDA

To make it easier for our customers to take the step into the future of construction, we found a competent and reliable partner in Eneca who understood our needs and was able to implement them quickly. As part of our order, Eneca took over the development of 56 parameterized lighting families in Revit with a high level of detail and information. All models were created in the three national languages and in two formats each using Revit script. This means that future adjustments can also be implemented easily and without any problems. The Eneca team works professionally, quickly and precisely, which underlines their competence in BIM.
Based on their experience, I can recommend Eneca.

Client

Implenia Schweiz AG

Location

Under NDA

We collaborated with Eneca to create a structural Revit model of a residential complex with a floor area of 41,571 m², consisting of six three-story residential buildings with an underground parking garage, based on 2D drawings.

We appreciate Eneca’s readiness to support us with BIM modeling on short notice, as well as their flexibility in providing the necessary resources to meet a strict deadline. All modeling was completed within two weeks, with a division into lots. Eneca’s specialists were always willing to take the time to discuss our concerns and accommodate additional requests.

Eneca’s strong expertise in Revit and professional experience in structural design enabled their team to quickly grasp Implenia’s high modeling requirements. The BIM model was developed in accordance with the 3D BKP Model guidelines and Implenia’s standards, ensuring compliance with parameter and element naming rules as per Baukostenplan Hochbau. Eneca’s detail-oriented and structured approach contributed to the creation of a high-quality BKP model aimed at automating the calculation of construction volumes and costs.

I am pleased with the quality of services provided by ENECA and can confidently recommend them to others in need of similar BIM modeling services.

Client

ASK Romein Staalbouw BV

Location

Under NDA

We have been working closely with Eneca since June 2020. Eneca has proved itself as a trustworthy and responsible partner in steel structural design. We have accomplished more than 10 project areas together and discussed for some other future opportunities. Their engineering team is located abroad, however, the remote work is well-organized.

The design process always requires flexibility and capability to think differently, and we were pleased to see Eneca’s readiness to support us and solve all the project issues together. When there was a need to do some quick revisions at a very late stage, Eneca's specialists performed them in a high qualitative and timely manner. The technical competence and deep Tekla knowledge of Eneca’s team as well as their high-performance efficiency and always keen in continuous improvement, provided us an important support in our engineering process.

30.07.2021

Projects

Data centers

Data Processing Centre 8 server racks

Server racks — 8 ps

Total area — 35,000 m2

Electrical capacity — 8MW

Data centers

Design of Data Center

Energy Efficiency in Data Centre Design

Energy efficiency is central to sustainable data centres design. Power Usage Effectiveness (PUE) is a standard metric—top facilities achieve ratios close to 1.1. Techniques include using renewable energy sources and optimizing airflow to minimize waste.

Sustainable and Green Data Centres

Sustainability is no longer optional. Green data centres incorporate solar and wind power, recycled water cooling, and AI-based monitoring for optimal energy use. Google’s data centres, for instance, run on 100% renewable energy—a benchmark for the industry.