Something just tripped on your factory floor. By the end of the day, four teams will have four different explanations for why – and none of them will be talking to each other. Here's what each of them is actually asking, and why the answer usually already exists somewhere on-site.
IN THIS ARTICLE
Why does the same electrical event get four different answers?
Maintenance, operations, finance and sustainability each work from a different system – equipment logs, production reports, cost reports and utility bills – that rarely talk to each other.
Most manufacturing sites already have the data they need. Meters, control systems, maintenance records, production reports and utility bills all capture part of the story. The problem is that those systems are often owned by different teams and never compared side by side.
So when something trips, four teams go looking for four different answers – and none of them see the full picture.
What does maintenance need to know after a trip?
Maintenance needs electrical data time-synced to equipment data; without it, root-cause investigation defaults to trial and error.
When equipment trips or fails, maintenance starts checking motors, drives, controls, mechanical components. If nothing obvious turns up, it becomes a process of elimination.
Resetting the equipment or swapping a part gets the line running again, but it doesn’t confirm the cause, and it doesn’t stop it happening again next month.
“More often than not, the equipment gets blamed first. It’s the easiest thing to point at. The real cause is usually sitting upstream in the power supply – you just can’t see it without the right meter in the right place.” – Dan Mitchell, Growth, Strategy & Innovation, Hexeis
We've seen this play out directly. One client’s high-bay lighting was misdiagnosed by another vendor as a harmonics problem, with a $40k filter recommended as the fix. A 7-day portable power quality analyser found the real cause in a fraction of that cost: an incorrect light contactor type, not harmonics at all.
What does operations need to know after a trip?
Operations needs the electrical event and the production impact logged against the same timeline, otherwise downtime gets recorded under the wrong cause, or not recorded at all.
Operations wants to know which line stopped, how much throughput was lost, and how long recovery took.
A short electrical event can knock equipment offline, throw a process out of sequence, and cost an hour of recovery time that never gets logged as “electrical.” If the event and the production impact aren’t connected, that downtime gets attributed to something else entirely – which means the pattern, the fact that this keeps happening, never shows up in the reporting.
A red meat processor we worked with saw exactly this: a voltage sag caused an outage, and real-time PQ metering meant downstream equipment impacts were identified straight away – not just the event itself, but how it cascaded through the site, from where it started to every switchboard and device it affected. At large, multi-building sites like hospitals or abattoirs, that’s what lets a lean maintenance team go straight to the right area and rectify the issue, instead of working through it building by building.
What does finance need to build the case for fixing it?
Finance needs the scattered costs – lost production, callouts, overtime, wasted product, shortened asset life – added up against one event, not spread invisibly across separate budget lines.
Finance wants the commercial case: what did the interruption actually cost, is there contract delivery risk, and what does it cost to do nothing versus fix it.
The real cost of poor power quality shows up in lost production, maintenance callouts, overtime, wasted product and shortened equipment life. Because these costs sit in different budgets, the business rarely sees the combined total – which makes it hard to build a case for fixing something, even when fixing it would clearly pay for itself.
“The businesses that get ahead of this aren’t the ones with the biggest budget. They’re the ones who are proactive, who apply a bit more holistic thinking to the technology already available to them – which, in a lot of cases, is a lower-cost, higher-return move than doing nothing at all.” – Damian Assaillit, General Manager, Hexeis
At one hospital site, consultants had significantly overestimated the power demand for a new EV charger install. Correcting that with real site data saved hundreds of thousands of dollars and avoided a 6-8 month delay. It’s the kind of number finance never sees until someone connects the dots.
What does sustainability need that a utility bill can't give?
Sustainability needs building- and asset-level data, not just the monthly aggregate – otherwise it can’t tell a genuine efficiency gain from a quiet week on the production line.
Sustainability teams need reliable numbers for Scope 1, 2 and 3 reporting – and confidence that those numbers will hold up to scrutiny. EIMS is built to recognised international standards, including ISO 50001, 50002 and 50006, so the data feeding into that reporting is measured and verified against an established benchmark, not just an internal read.
Monthly utility bills only give the aggregate, after the fact. They don’t say which building, which line, or which asset is driving the number, and they don’t distinguish a genuine drop in energy intensity from lower output that week.
At Cannon Hill Anglican College,
automated energy management delivered a 30% reduction in energy costs and a 36% cut in peak demand – the kind of asset-level detail a monthly bill alone would never surface.
The fix isn't more data. It's a connected view of the data you already have.
Maintenance, operations, finance and sustainability don’t need a shared report. They need different views of the same underlying data, which is what our Energy Infrastructure Management System (EIMS ™) is built to give them.
Right now, most sites don’t have that. Each team works from its own partial picture, so the full cost and cause of an event rarely gets connected to anything.
EIMS brings together energy, power quality and device health data in one place, so maintenance, operations, finance and sustainability are all working from the same facts, just viewed through their own lens. For a lower-commitment first step,
Hexeis Hire gets a portable meter on-site to establish the picture before you commit to a full platform.
Who owns energy visibility at your site, and who's missing from that conversation?
If you're not sure, that's usually the first thing worth figuring out. Talk to Hexeis about connecting the view across your site.