See today's equipment state.
Prepare for tomorrow's load.
Connect facility monitoring and control data with power, thermal and workload forecasts. QUNIA adds evidence for deciding when to respond and which conditions to check.
Operations centered on facility monitoring and control
| Dimension | BMS / BEMS approach | With QUNIA | Value for the operator |
|---|---|---|---|
| Response timing | Review current measurements, alarms and setpoints | Assess the predicted peak time and prediction interval together | ＋Prepare before risk escalates |
| Scope of the decision | Focus on equipment and building energy data | Connect the effects of workloads, cooling, power and storage | ＋See whether improving one asset creates pressure elsewhere |
| Response selection | Review actions against equipment settings and operating standards | Compare storage discharge, workload changes and cooling responses under the same conditions | ＋Expand the options and select within the constraints |
| Action outcomes | Track changes in equipment history and measurements | Connect the expected change at approval with actual observations | ＋Trace whether an action worked as expected |
Scope: this comparison covers representative uses of each tool and QUNIA's intended added value. Individual products may also offer forecasting or optimization. Benefits are design goals, not verified performance claims; available features and impact must be assessed in a site PoC.
When electricity demand is rising
Check equipment status and alarms, then look up job schedules and storage charge separately.
Review the predicted peak alongside storage discharge and workload adjustment options, then select a response consistent with charge limits and completion deadlines.
Risk detection lead time, unnecessary alerts and response review time
Compare both approaches using the same data, time period and operating constraints.