IEEE 1584 · Engineering
Power Quality Analysis Services in Italy | Carelabs
Power quality analysis checks your electrical distribution system when it fails to sustain correct functioning of its loads — identifying the root cause, whether that's improper wiring, incorrect grounding, unbalanced loads, or improperly protected equipment, before it causes motor burnout, control system faults, power factor penalties, or transformer failure. Carelabs collects voltage, current, and power factor measurements at key points across your Italian facility using power quality analysers, referenced against IEEE Power Quality Standards and NFPA 70B, and delivers findings aligned with CEI 64-8.
Free ConsultationFrom one campaign to continuous visibility
A monitoring campaign answers a specific question over a specific fortnight. Permanent instrumentation answers questions you have not asked yet, which is what most plants actually need.
What We Deliver
A baseline before the argument
Fixed monitoring at the point of delivery records supply conditions continuously, so when a disturbance causes a loss the record already exists. Installing instruments after an event establishes only that it has not recurred yet.
WHY IT MATTERS
The event you did not measure
A process stops, nothing is found, production resumes and the event is logged unexplained. It recurs monthly. The common factor is a disturbance lasting under a second that nobody was recording when it happened.
- Monitoring at the point of delivery and at the affected process, since a dip that is modest at the incomer can be severe at the end of a loaded feeder.
- Measurement carried out to a defined method, so records are directly comparable with the distributor's own data where the cause proves to be upstream.
- Equipment immunity established from datasheets where available, converting an event log into a statement about which disturbances your plant can survive.
- Internal and external origin distinguished for each significant event, because that determines entirely who is able to act on it.
- Recording aligned with production logs, without which a power quality archive is data rather than evidence about a specific loss.
DELIVERABLES
What you receive
Issued against CEI 64-8 and the recognised supply voltage characteristics, with measurement method and period stated.
- 1Event log characterising each dip, swell and interruption by depth and duration
- 2Distortion, unbalance and flicker trended across the monitoring period
- 3Correlation between recorded events and reported process interruptions
- 4Origin determination for each significant event, internal or upstream
- 5A monitoring specification where permanent instrumentation is recommended, including what to record and for how long
How the work runs
Start from the symptom
We establish which process stops, how often, and whether any pattern exists by shift, time of day or season, since that shapes where and how long to measure.
Place instrumentation
Monitoring is installed at the point of delivery and at the affected equipment, because the difference between those two records is frequently where the answer lies.
Record across a real period
Measurement runs long enough to capture intermittent events, which by definition are the ones that do not occur on demand during a short visit.
Correlate with production
Events are matched against production records, converting a measurement archive into evidence about specific interruptions and their cost.
Determine origin
Each significant event is assessed as internal or upstream, which decides both the appropriate mitigation and who is in a position to apply it.
Recommend and specify
Mitigation is matched to the disturbance actually present, and where continuous monitoring is justified its specification is issued as part of the deliverable.
Frequently asked questions
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