Enabling fast data center deployment through integrated power train orchestration with Vertiv™ Unify
• March 27, 2026
Background
Data center infrastructure is not always defined through fully integrated systems from a single vendor. Traditionally, design decisions are often driven by component-level optimization, procurement strategies, availability of specific technologies, or historical vendor preferences.
As a result, the final infrastructure may consist of components from multiple original equipment manufacturers (OEMs) rather than a single unified and integrated system. While this approach can bring flexibility, it introduces a key operational challenge: heterogeneous systems must still operate as a coordinated and resilient infrastructure. Advanced orchestration and integration platforms are needed to unite otherwise fragmented components into a coordinated, cohesive and efficiently optimized operational system.
This is precisely where Vertiv™ Unify becomes critical. By acting as a vendor-agnostic orchestration layer across multiple infrastructure components, Vertiv Unify not only enables Vertiv systems to operate together as a single coordinated power infrastructure, but it also allows third-party units to be incorporated and managed as part of the same infrastructure, restoring operational coherence and enabling rapid deployment.
Challenge
A hyperscale data center operator was facing an aggressive deployment schedule driven by the rapid growth of AI workloads and high-density computing requirements. The objective was to accelerate the ready-for-integration timeline for a new facility while providing full operational reliability.
To meet these constraints, the operator adopted a modular power train architecture, designed to be delivered as pre-assembled infrastructure blocks capable of being connected to the wider data center deployment with minimal on-site work. Each modular unit had to function as a plug-and-play power infrastructure, ready to integrate seamlessly with the broader facility while supporting the operational requirements of a high-availability data center.
The modular units were composed of multiple critical infrastructure assets provided by different OEM vendors, including medium and low-voltage switchgear, uninterruptible power supply (UPS) systems, battery energy storage systems (BESS), and diesel generators. Each system came with its own control interfaces, monitoring platforms, and communication protocols.
Traditionally, these elements would be integrated on-site by a third-party system integrator, creating several challenges:
- Fragmented monitoring and control environments
- Long commissioning cycles
- Operational complexity due to multiple vendor systems
- Increased dependency on on-site engineering resources
Without a unified orchestration layer, the infrastructure risked becoming a collection of independent subsystems rather than a coordinated power architecture. This would have significantly slowed down the deployment timeline and increased operational risk.
Vertiv Solution
To overcome these challenges, the operator implemented Vertiv™ Unify Integrated Platform Software as the integration and orchestration platform across the entire modular power train architecture. The solution introduced three critical capabilities:
- Unified monitoring layer: Vertiv Unify enabled monitoring of all field devices within each infrastructure asset, from breakers and transformers to UPS modules and management systems. Through multi-protocol integration, all components were brought together under a single operational interface, creating a unified and consistent view of the entire power infrastructure. This established a single source of operational truth across all power train units.
- Coordinated control and automation: Beyond monitoring, Vertiv Unify implemented automated control logic and a standardized Sequence of Operations (SOO) framework across the power infrastructure. This allows coordinated responses across multiple assets during power disturbances or failure scenarios. In the event of anomalies, the system can dynamically orchestrate the interaction between switchgear, UPS systems, batteries, and generators to support critical loads, control failover sequences and enable rapid recovery operations. This level of automation significantly increases system resilience and operational stability.
- Pre-integration and digital validation: Instead of waiting for on-site commissioning, the integration logic was developed and validated during the manufacturing phase. Using digital twin and mimic applications, engineers simulated operational scenarios and validated system performance before the infrastructure reached the data center site. This approach enabled the solution to be fully integrated, tested, and validated prior to physical deployment, supporting rapid deployment.
As each modular power train unit was manufactured, it could be deployed and integrated into the data center infrastructure independently. This allowed the operator to activate the modules progressively and more quickly, aligning capacity availability with IT deployment requirements. Because integration and validation had already been completed off site, on-site commissioning was reduced to point-to-graphic validation and connectivity checks, accelerating the deployment timeline.
Results
By deploying Vertiv Unify integrated platform software, the operator achieved several key benefits:
- Accelerated deployment and ready-for-integration timeline
- Reduced on-site engineering complexity
- Real-time monitoring and unified control across multiple systems
Industry insight
"Data center infrastructure often combines technologies from multiple vendors, and the real challenge is bringing them together into a cohesive system. Vertiv™ Unify enables that integration, orchestrating diverse OEM technologies into a single operational platform to support a plug-and-play, rapidly deployable infrastructure.”
Emiliano Cevenini, EMEA Power Product Business Management Sr. Director, Vertiv
