
Building energy programs
Improve HVAC, lighting, and facility operations by linking consumption data to spaces, systems, and maintenance context.
Operational Energy Intelligence for Facilities and Industry
Use operational twins, live utility data, and scenario analysis to reduce energy waste, improve system efficiency, and support decarbonization programs.
Connect BMS, meters, and operational data to the twin so teams can understand energy behavior in spatial and system context.
Identify waste, abnormal consumption, and underperforming assets faster by combining telemetry with asset and process context.
Evaluate energy-saving actions, operating changes, and system upgrades before deploying them in production environments.
Turn findings into coordinated work orders, inspections, and optimization tasks instead of leaving them inside reporting tools.
Practical applications and proven success scenarios across industries.

Improve HVAC, lighting, and facility operations by linking consumption data to spaces, systems, and maintenance context.

Track energy-intensive lines and assets to reduce waste, improve efficiency, and prioritize operational improvements.

Support carbon reduction targets with operational data, scenario testing, and a clearer path from insight to action.
Energy programs often struggle because teams can see consumption numbers but cannot connect them quickly to the physical system, the operating condition, or the work needed to improve performance. The FactVerse digital twin platform closes that gap.
With a twin-aware view of the facility or production environment powered by DFS connectivity, teams can locate inefficiencies faster, understand which systems are involved, and use AI Agent to test improvements before rollout.
When optimization insights connect directly to service workflows through Inspector and operational change programs, organizations can turn sustainability goals into measurable execution rather than one-off analysis exercises.
The solution connects energy data to asset structure, facility space, and operational workflows. That makes it easier to understand causes, validate changes, and act on the result.
Yes. The same approach works anywhere teams need to combine energy signals, asset context, and operational workflows across complex environments.