Speed-to-Power Starts Before Site Arrival

Driven by AI workloads, cloud expansion, and the rise of edge computing, data center operators are under increasing pressure to bring new capacity online fast, without compromising reliability.  

Yet while timelines have accelerated, many delivery models have not. Traditional deployment strategies, such as “stick-build” construction approaches that involve building data center infrastructure piece by piece, entirely on site, are struggling to keep pace as schedules compress. A key challenge is that onsite assembly results in fragmented work flows and late-stage integration, introducing risk precisely when certainty is critical to ensure deployment stays on track. 

In this high-pressure hyperscale environment, it’s becoming increasingly clear that speed-to-power is no longer determined at the jobsite. Instead, it’s determined by how much of the project can be executed upstream, in controlled factory environments where systems are preassembled, integrated, and tested. That means systems are delivered to the point-of-use ready for installation, providing huge savings in onsite labor, costs and complexity, and making deployment as easy as plug-and-play. 

Onsite Complexity and the Shift to Pre-Assembly

Onsite data center construction models are inherently sequential, with multiple vendors converging in a constrained environment under tight schedules and shifting conditions. Even in well-managed projects, this can introduce challenges around coordination between suppliers, variations in quality, and integration issues, as well as safety hazards. The result is a delivery model that is vulnerable to delays, rework, and last-minute troubleshooting. 

Preassembling data center infrastructure at the manufacturing facility means that the critical work of integration, commissioning, testing and validation can be carried out in a controlled factory environment rather than onsite. This reduces onsite labor, costs and safety risks, and makes deployment faster and more straightforward.   

Tate has been integrating and commissioning systems for data center providers, hyperscalers, and AI programs globally at scale for years. Being system and vendor-agnostic allows us to integrate whatever the project demands, not just what we produce.  With dedicated engineering, fabrication, integration and commissioning teams located in purpose-built facilities, we deliver complete assemblies that arrive tested and ready for final connection.

PowerStack is a prefabricated infrastructure option that accelerates deployment even further. While still fully configurable to project needs, starting from a standardized platform allows Tate to streamline production workflows. Manufactured in 10-foot modules, PowerStack comes with baseline specifications designed for demanding AI environments, including the ability to support 1100 lbs, up to 4 rows of 2500 amp busway, and a clear span of up to 50 feet. PowerStack’s design is also optimized for efficient transportation, with a compact shipping configuration.   

Further streamlining deployment, every Tate system goes through a comprehensive L1-L3 commissioning process for critical checks before it leaves the manufacturing facility, which reduces field work and ensures smooth start-up, translating to rapid capacity expansion and faster revenue realization.

Scaling for the Future

With a global manufacturing footprint, Tate has the capacity and control to support projects worldwide, with consistent fabrication and installation methods that ensure reliability, no matter where your project is located. Across our facilities, we use advanced automation to optimize production processes, driving efficiency, precision, and scalability across every stage of manufacturing. With 3 million square feet of manufacturing capacity worldwide, using standardized processes globally ensures consistent output, simplifying service, documentation, and repeat deployment. That consistency makes Tate systems scalable and future-proof: with the engineering, design, fabrication and installation processes already proven out, it’s easy to expand your data center as needs evolve.  

Looking ahead, the fastest data center rollouts won’t rely on stick built, onsite construction approaches. They’ll take a more intentional approach, with modular designs and pre-assembly to accelerate timelines and reduce risk, delivering speed-to-power with confidence.