Multi-Building Data Center Infrastructure solutions from Data Center Modular address the complex requirements of large-scale data center campuses. These solutions are engineered to provide a cohesive, scalable framework across multiple physical structures, whether they are purpose-built facilities or adapted existing buildings. Our modular approach ensures consistent infrastructure deployment, enabling standardization of power distribution, cooling methodologies, and security protocols across an entire campus. This consistency is critical for operational efficiency, simplified maintenance, and predictable performance in environments where diverse IT loads and future expansion are key considerations. We focus on delivering integrated, pre-engineered modules that minimize on-site construction complexity and accelerate time to market for critical data center capacity.
Typical configurations for multi-building deployments often involve a blend of specialized modules, including dedicated power modules, cooling modules (e.g., direct-to-chip, liquid immersion, or conventional air-side economization), and IT-ready white space modules. These units are designed for seamless integration, often incorporating standardized physical interfaces for power, network, and cooling connections. Integration considerations extend to the overall campus architecture, ensuring that each building's infrastructure contributes to a unified operational environment. This includes careful planning for inter-building connectivity, redundant utility paths, and centralized monitoring and control systems. Our solutions are designed to accommodate various levels of redundancy and fault tolerance, from N to 2N, depending on the specific application and criticality requirements of the data center campus.
The inherent flexibility of modular infrastructure is particularly advantageous for multi-building data centers, allowing for phased expansion and the integration of new technologies without disrupting existing operations. Data Center Modular provides pre-fabricated units that are manufactured off-site, reducing the construction footprint and environmental impact at the campus location. This methodology also mitigates many of the risks associated with traditional construction, such as labor shortages, weather delays, and quality control issues. Our focus is on delivering complete, tested infrastructure modules ready for integration into your overall campus design, ensuring a predictable deployment schedule and performance outcome for your multi-building data center project.
Technician insight
In Ashburn, the thing that catches most people out with Multi-Building Data Center Infrastructure is often the soil conditions. The area's geology, with its varying layers of clay, silt, and occasional rock outcrops, means that foundation work for multiple buildings can be far more complex and time-consuming than initially estimated. You really need a thorough geotechnical survey upfront for every building pad, not just a general site assessment.
Multi-Building Data Center Infrastructure Services We Offer
✓Campus Power Distribution Modules
Pre-engineered modules providing centralized or distributed power infrastructure, including switchgear, transformers, and UPS systems, designed for consistent delivery across multiple data center buildings.
✓Inter-Building Cooling Solutions
Modular cooling units optimized for campus-wide thermal management, supporting various cooling technologies and ensuring uniform temperature control across interconnected facilities.
✓Modular White Space Expansion
Scalable IT-ready modules that integrate seamlessly into existing or new buildings, providing flexible and rapidly deployable compute capacity for multi-building data center growth.
✓Security & Access Control Modules
Integrated modular solutions for physical security, including access control, surveillance, and environmental monitoring, ensuring consistent protection across a data center campus.
✓Network Interconnect Modules
Pre-fabricated modules designed to house and manage inter-building fiber and copper connectivity, optimizing network performance and redundancy across a multi-building campus.
✓Ancillary Support Modules
Containerized solutions for essential support functions such as offices, storage, and staging areas, designed to complement core data center infrastructure in multi-building deployments.
How it works
- 1
Initial Consultation & Requirements Gathering
We begin with a detailed discussion to understand your multi-building data center project's specific needs, including campus layout, power density requirements, cooling strategies, and desired scalability. This phase focuses on defining the scope and technical specifications for your modular infrastructure.
- 2
Conceptual Design & Engineering Review
Based on the gathered requirements, our team develops conceptual designs for the modular units, outlining layouts, equipment integration, and inter-module connectivity. We collaborate with your engineering and architectural teams to ensure alignment with overall campus design and performance objectives.
- 3
Detailed Engineering & Fabrication Planning
Once conceptual designs are approved, we proceed with detailed engineering, creating comprehensive drawings and specifications for each module. This includes structural, electrical, mechanical, and control system designs, followed by meticulous planning for off-site fabrication processes.
- 4
Off-Site Manufacturing & Quality Assurance
The modular units are fabricated in a controlled factory environment, adhering to stringent quality control protocols. Each module undergoes rigorous testing, including factory acceptance testing (FAT), to ensure all systems perform according to specifications before shipment.
- 5
Logistics & Delivery Coordination
We manage all logistics for transporting the completed modules to your data center campus. This includes coordinating specialized transport, ensuring secure and timely delivery to the designated staging areas on your site, ready for integration into your multi-building environment.
Pricing
Pricing for multi-building data center infrastructure is highly customized, influenced by several key factors. These include the overall dimensions and structural design of each modular unit, the complexity and type of integrated equipment (e.g., specific UPS models, cooling technologies, switchgear), and the required electrical and cooling capacities. The choice of internal finishes, security features, and fire suppression systems also impacts cost. Furthermore, the total quantity of modules, the final destination, and associated logistics, as well as the project's desired schedule and delivery timeline, all play a significant role in the final investment.