Energy Management Module

MSF IIoT energy analyzers (iMeter6, PMC series) installed per machine or panel, or integration with your existing meters via Modbus/MQTT.

Yes, natively. Energy data joins production data, so you see energy per product and per work order as well as per building.

Yes. Consistent machine-level measurement, reports and KPIs provide the data foundation for energy compliance and ESG reporting.

Only the loads fed by the panel being worked in, but budget a few hours per metering point rather than minutes. Clipping the split-core CTs is the quick part; mounting the analyzer, terminating the CT secondaries, fusing the voltage references, the auxiliary supply and the comms drop are the rest. Whether it can be done live is decided by your electrical safety rules, and main incomers fed by busbar or parallel cables usually need an isolation. Schedule it panel by panel, so the plant never has to shut down as a whole.

Neither: start with the incomer plus your largest loads, then extend once the data shows where the money sits. The incomer alone gives you the plant total, the power factor and enough evidence to chase a reactive penalty, but nothing about which machine caused what. Energy per product and machine-to-machine comparison each need their own measurement point at the machine or panel group.

Only if their own meters are integrated. The electrical system measures electricity, so compressed air, gas, steam, chilled water and process heat stay invisible otherwise, and on many sites compressed air is the largest untracked cost. Even electrically it sees only what is metered: anything downstream of an unmetered panel is missing, and small plug loads rarely justify a CT. Fix the metering boundary before anyone quotes a saving.

It is measured energy at the machine attributed to whichever order the MES says was running at that timestamp, which is the same join that gives you energy per work order. Its accuracy is therefore set by your order confirmations; the meter is not the limiting factor. Idle and warm-up energy between orders is allocated by a rule you choose, and shared services such as lighting and compressed air are excluded unless you spread them deliberately. Comparisons only hold under the same rule.

No. Measurement finds idle running and out-of-hours load, typically machines and extraction fans left running overnight or ovens heating through an unstaffed shift, but the saving only arrives when someone switches something off or retimes the job. Those two need no capital, which is why they land first. Without a named owner for the follow-up and a standing slot where the numbers are read, you have bought a very detailed record of the same bill.

No. The module trends what each meter reports, at that meter's logging interval, which is enough to show imbalance, sustained sags and a drifting power factor over weeks. Harmonic detail, disturbance waveform capture and standards-based power quality reporting live in the meter itself and depend on which one is fitted, since not every metering point on a site carries a full analyzer. A dip lasting a few cycles falls between samples, so check the logging interval before you use the data against your utility.

One person, part time, or it decays quietly. The work is not watching dashboards: it is keeping the meter-to-machine mapping correct when equipment moves, setting consumption thresholds that fire rarely enough to still be believed, and acting on the ones that do. Sites that get value usually hang the review on an existing weekly maintenance or shift meeting instead of creating a new one.