Your Partner for Data Center Construction
Data Centers: Powering Performance with Pre-Engineered Metal Buildings
The rapid expansion of data usage and the digital economy has driven a significant increase in demand for data centers. As storage and processing needs continue to grow, data centers remain essential to supporting both current and future technological demands.
In today’s digital world, they are the backbone of business connectivity where speed, reliability, and scalability are everything. A pre-engineered metal building (PEMB) delivers all three, providing a faster, more efficient solution to get your data infrastructure up and running.
The design of your agricultural building plays a vital role in its functionality
With a custom designed steel building, your facility can be constructed to the width you need, with clear span or wide modular frame options. Additionally, incorporating elements such as translucent panels or prismatic skylights can greatly enhance natural lighting and promote energy savings. Our energy experts are committed to ensuring that your building meets or even exceeds the relevant codes in your area. Furthermore, by leveraging BIM 3D technology for the design phase, you gain the incredible advantage of experiencing a virtual representation of your building before its actual manufacture, helping to transform your vision into a tangible reality.
Nucor Metal Buildings for Data Centers
Opting for a custom metal building for data storage centers offers unparalleled design flexibility, sustainability, energy efficiency, and low maintenance. Clear span structures maximize interior space while easily accommodating airflow, cooling systems, and dense server layouts.
Pre-engineered metal buildings (PEMBs) also speed up delivery. With streamlined construction, reduced labor costs, and lower long-term maintenance, they offer a highly cost-effective solution. A variety of exterior siding, roofing, and trim options provide modern, attractive designs that blend seamlessly with business parks and tech campuses.
When growth comes quickly, pre-engineered metal buildings make expansion simple. Their modular steel frameworks allow walls and sections to be easily removed and reconfigured for added capacity without disruption. Designed and fabricated to precise specifications, these buildings bring strength, precision, and adaptability together in one fully integrated system supporting high performance today and future scalability tomorrow.
Why choose a PEMB for your data center?
- Speed to Market: Accelerated design, fabrication, and erection help you deploy operations faster.
- Design Flexibility: Wide clear spans and adaptable layouts support advanced cooling, cable management, and evolving server configurations.
- Energy Efficiency: Insulated metal panels and advanced coatings can help reduce energy costs.
- Strength & Security: Durable steel construction protects mission-critical assets and infrastructure.
- Built for Growth: Modular systems make expansion and upgrades fast and cost-efficient as technology and demand evolve.
From single-site facilities to large multi-campus networks, pre-engineered metal buildings deliver a smart, scalable foundation for the data centers powering the future of information.
Sustainable Steel Solution
The need for lower-embodied carbon material solutions to meet project sustainability requirements is vital in today’s climate. Choosing a {brand} metal building means choosing Nucor steel, a leader in decarbonization with a commitment to reducing the emissions impact of its products. Nucor’s circular steelmaking process uses electric arc furnace (EAF) technology to produce recycled steel with greenhouse gas (GHG) intensity 1/3 the global extractive steelmaking average for Scopes 1, 2 and 3. Steel products, made with EAF technology, are ideal for data construction due to their efficiency, sustainability and adaptability.
Low-embodied carbon EAF steel is the ideal solution to support sustainability goals while meeting the ever-growing demand for cloud-based storage building design.
