The new Trane resources place system-level data-center thermal-management reference designs in Autodesk Revit and Autodesk Forma, giving project teams a common starting point for early planning, model coordination and delivery.
Key takeaways
- Trane announced on August 25, 2026, that its Data Center Reference Kits are available in Autodesk Revit and Autodesk Forma.
- The kits are intended to carry thermal-management reference material from early planning through design, review and commissioning workflows.
- Trane’s reference-design portal includes BIM, Revit and CAD resources for several large-scale data-center cooling configurations.
- For electrical, mechanical and controls teams, the practical value is earlier coordination of equipment space, service clearances, routing and interface assumptions—not a substitute for project-specific engineering.
What Trane announced
Trane announced August 25 that its Data Center Reference Kits are now available in Autodesk Revit and Autodesk Forma. The company describes the kits as system-level thermal-management reference resources for high-density AI facilities and data centers, rather than as a single piece of cooling equipment or a finished construction design.
The stated aim is to give design, engineering and delivery teams a shared resource set from early-stage planning through commissioning. That is a meaningful distinction for fast-moving data-center work: the release concerns the location and coordination of reference content inside common AEC software workflows, not a new chiller, air handler or liquid-cooling product announcement.
What the reference material appears to cover
Trane’s data-center reference-design portal shows multiple cooling configurations with associated BIM, Revit and CAD drawing resources. The listed examples include 1 GW water-cooled simplex designs, a higher-condenser-temperature variation, a 250 MW duplex design, and a 1 GW air-cooled magnetic-bearing chiller design.
The designs identify combinations of heat-rejection, liquid-cooling and air-cooling approaches. For example, several listed designs combine chillers, dry coolers and waterside economizing with single-phase direct-to-chip cooling and fan-coil-wall air cooling. Those configurations should be treated as reference starting points; selections, capacities, redundancy, controls sequences and utility constraints still require project-specific validation.
Why the Autodesk placement matters
Revit is Autodesk’s building-information-modeling platform for designing, documenting and coordinating building systems in 3D. Forma is positioned for earlier-stage planning and design exploration. Making the same reference-kit concept available across both environments can help preserve key thermal assumptions as a project advances from siting and massing decisions into detailed MEP coordination.
This matters particularly where cooling infrastructure must coexist with electrical rooms, switchgear lineups, UPS systems, generators, fuel systems, busway, network pathways, rack layouts and containment. A coordinated reference model does not eliminate clashes, but it can expose space claims, access paths and inter-system dependencies earlier than disconnected drawing packages.
A practical use case for integrators and infrastructure teams
For owners, engineers, contractors and integrators, the immediate opportunity is disciplined model review. Teams can use the available reference content to test equipment footprints, maintenance clearances, piping and cable-routing zones, floor loading assumptions, overhead congestion and controls interface locations before procurement commitments are locked in.
Electrical and low-voltage teams should not assume that a thermal reference kit resolves their scope. They should confirm the actual design basis with the engineer of record, including power feeds to mechanical equipment, control-panel locations, communications requirements, monitoring points, emergency-power strategy, fault-current and selective-coordination impacts, and physical separation from communications and security infrastructure.
Existing Trane–Autodesk collaboration provides context
The release extends a collaboration announced by Trane Technologies and Autodesk in November 2024 around linking Trane TRACE HVAC design and analysis workflows with Revit. That earlier effort focused on reducing manual steps between HVAC analysis and BIM-based design work.
The new reference-kit availability applies that connected-workflow approach to data-center thermal management. It may be most useful in early design and preconstruction, when changes to plant arrangement, cooling topology and equipment allocation are less disruptive than they are after detailed coordination, purchasing and installation begin.
What buyers and project teams should verify
Before relying on any reference kit, project teams should establish which kit version applies, its intended design conditions, included files, model level of detail, and whether the resources reflect the latest equipment data. They should also identify ownership for updating the model as the mechanical, electrical, controls and IT design basis evolves.
Procurement teams should separately confirm availability, lead times, approved alternates, factory-startup requirements, commissioning responsibilities and any dependencies among cooling equipment, controls, distribution equipment and monitoring platforms. Reference content can speed a design conversation, but it does not replace submittal review, coordination drawings, code compliance or acceptance testing.