The finding, what it costs you and the available options — in one report, resting on a traceable measurement.
An undistorted reference sine compared with the harmonic-laden voltage measured on the same busbar.
The problem
A busbar connection runs hot for months and nobody notices. Harmonic distortion quietly shrinks a transformer's usable capacity. A compressed air line leaks continuously but never appears as its own line on the bill. A UPS battery string dies, and you find out when the power goes.
None of these raise an alarm. They surface when production stops or the invoice grows — exactly the point at which fixing them is most expensive.
A maintenance manager can tell you about the problems they know. A harmonic that has never been measured, or a leak nobody can hear, never makes it into a maintenance plan.
Showing that a problem exists, where it sits and what it costs is the shortest route to getting it fixed.
Method
Each step produces the justification for the next. No stage begins without the finding from the one before it.
We come to the site and record with instruments carrying traceable calibration. Conditions, instrument and date appear in the report.
We separate the finding from the symptom. The result is not a number — it is the root cause behind that number.
We work out what the problem costs: losses, tariff exposure, the probability of unplanned downtime.
We set out the options with their trade-offs. The report and the quotation are separate documents.
We install continuous monitoring where it genuinely pays for itself, and nowhere else.
Services
Why does my electricity cost this much, and why is my equipment wearing out?
We record the electrical behaviour of the site with a network analyser and locate the source of the distortion. Measurement duration follows the objective; for a load profile to mean anything, the instrument usually stays on site for one to two weeks.
Why is my compressor running all the time?
We walk the site with an ultrasonic detector and locate leaks in the compressed air network. Production does not stop; the survey is done while the plant runs and is usually completed in a single visit.
If the power drops, will my backup actually carry the load?
We test UPS and DC system batteries cell by cell. The point is to show how much capacity a string really holds, rather than what its nameplate says.
Why it holds up
Our report has to stand in an insurance file, in a third-party audit, and in front of your own customer. Three things make that possible.
Every instrument works under a traceable calibration certificate and is recalibrated on a schedule. Serial number and calibration date sit inside the report.
A certificate alone is not enough. Instrument class, current and voltage transformers, connection method, sampling and stated uncertainty are all in the report.
The report is neutral: it gives the finding, its financial impact and the available options. The quotation is a separate document, and you do not have to accept it to keep the report.
A short conversation is usually enough to tell which measurement is worth doing. Tell us what you produce, which problem keeps coming back and what data you already have. We'll plan the rest.
