Typical existing workflow
Site equipmentCooling · Power · Energy storage
SCADA / BMSTelemetry · Existing controls
OperatorReview alarms · Determine a response
Execution path: Operator → Existing control system → Site equipment
COMPARE / WHY QUNIA
See how QUNIA fits
your operating approach.
Explore each tool's role and the value QUNIA can add.
Role comparison
BMS · BEMS
Connect facility management with predictive operations
View comparison ↗Role comparisonDCIM
From infrastructure visibility to the next decision
View comparison ↗Role comparisonEMS & energy analytics
From energy metrics to operating choices
View comparison ↗Role comparisonSpreadsheets & manual analysis
From individual analyses to a connected decision record
View comparison ↗Workflow comparisonRule-based operations
Add predictive evidence to existing operating rules
View comparison ↗EXISTING OPERATIONS + QUNIA
Keep your control systems. Give operators a broader basis for action.
QUNIA adds forecasting and response evaluation alongside your existing controls. Operating limits and execution authority remain governed by site policy.
With QUNIA
Site equipmentCooling · Power · Energy storage
SCADA / BMSTelemetry · Existing controls
QUNIA · OPX / LPMForecasting · Response evaluation · Constraint checks
OperatorReview conditions · Authorize actions
Execution path: Operator → Existing control system → Site equipment
This illustrates a typical workflow, not a universal product comparison. Existing forecasting, automation and integration capabilities vary by deployment.
Better decision support at every stage
| Stage | Typical workflow | What QUNIA adds | Value to operators |
|---|---|---|---|
| Peak detection | Respond based on threshold alarms and current conditions. | Assess forecast peak timing and operating headroom. | More time to prepare a response. |
| Response evaluation | Operators reconcile equipment data and experience. | Compare impacts across power, cooling, compute and storage. | Make trade-offs across systems explicit. |
| Constraint review | Check departmental requirements and equipment limits separately. | Evaluate candidates against demand limits, temperature limits, SLAs and storage constraints. | Bring pre-execution evidence into one review. |
| Approval and execution | Coordinate instructions and track execution in separate records. | Link approved actions and their conditions to the existing control path. | Improve traceability from approval to execution. |
| Outcome verification | Reconcile operating records and consumption after the event. | Review the original forecast, observed outcomes and agreed baseline together. | Evaluate forecast quality separately from operational impact. |
This describes the intended operating model. Control integration, automatic stop and recovery capabilities are subject to implementation and site validation. Energy and cost impacts require separate verification against an agreed baseline.
Explore the integration architecture ↗