In Latin America, the growth of artificial intelligence, industrial automation, e-commerce, and digital services is redefining critical infrastructure. Data centers are evolving to meet new digital demands by developing new projects and upgrading existing infrastructures. From design to operation, every decision contributes to sustaining digital growth.
Today, planning involves growing without compromising deployment timelines, space utilization, or operational performance, while also taking advantage of existing spaces.
Scalability in Three Dimensions
Data center operators face a growing challenge in responding more quickly to new capacity demands associated with AI workloads and high-performance applications. However, traditional construction models can lead to execution delays, greater complexity in team coordination, and difficulties integrating all infrastructure requirements.
The challenge no longer lies only in providing sufficient power capacity for these workloads, but in scaling electrical and thermal infrastructures through integrated solutions with rapid installation, minimal intervention, and complete infrastructure management.
- Accelerated Deployment: AI workloads cannot wait for long traditional construction cycles. Factory integration and the standardization of replicable building blocks can accelerate deployment timelines compared to traditional models, achieving reductions of up to 85% in comparative scenarios.
This approach allows part of the complexity to be shifted off-site — into controlled manufacturing environments — thereby helping improve consistency in execution.
- White Space Optimization: Expanding the physical footprint of a building is not always feasible; consequently, many organizations must grow within their existing infrastructure. This requires a reassessment of how the “white space” (the area designated for IT equipment) is utilized within the data center. The strategic use of overhead space (above the racks), combined with the adoption of modular and integrated solutions, enables optimization of the available space, facilitating expansion without increasing the site’s physical footprint. By integrating critical systems into a prefabricated modular infrastructure, on-site complexity is reduced, enabling a more streamlined expansion process.
- Increased Rack Density: High-density environments continue to evolve, driven by AI applications and high-performance workloads. This growth requires increasingly close coordination between power distribution, thermal management, and connectivity in order to maintain operational stability in critical environments.
Scaling critical infrastructure involves not only adding capacity, but redefining how that infrastructure is designed, integrated, and deployed.
Regardless of the deployment model, building a data center — or adapting an existing building for one — involves five critical phases: design, engineering, manufacturing, site preparation, and commissioning. The difference lies in how these stages are managed and in the level of complexity present on-site during implementation.
Modular Infrastructure as a Solution
In this context, factory-integrated modular solutions offer a more efficient way to address these challenges by shifting complexity to controlled manufacturing processes and enabling more consistent deployments.
Solutions such as prefabricated modular infrastructure integrate power systems, cooling, aisle containment, and networking into a single framework. This simplifies on-site installation — including unique implementations — and enables more organized expansion in high-density environments, with centralized control by a single company.
To overcome these challenges, Vertiv integrates critical infrastructure solutions that combine power distribution, thermal management, and IT systems into coordinated architectures.
Vertiv™ SmartRun is a prefabricated overhead infrastructure solution designed for environments such as hyperscale data centers, colocation facilities, and AI applications.
By integrating power distribution, cooling, aisle containment, and networking infrastructures into a single system, it enables more consistent and predictable deployments, helping reduce on-site complexity and optimize implementation timelines in high-demand scenarios.
Discover how Vertiv™ SmartRun can support the expansion of your critical infrastructure and simplify implementation in high-density environments at Vertiv.com.