There’s a question nobody asks when hiring an electrical safety auditor.
Is this person looking out for my building, or looking for their next project?
I’ve worked in commercial electrical service long enough to know the difference matters more than any certification or checklist. The gap between a compliance audit and a comprehensive investigation isn’t about methodology. It’s about intent.
And that gap is where buildings fail.
The Conflict Built Into The System
Most electrical audits follow a predictable pattern. An inspector walks through, checks the obvious items, tests a few circuits, and produces a report. Everything looks professional.
But here’s what I’ve learned as a Director of Service: if an auditor is hunting for billable work, they’ll find problems that generate projects. If they’re protecting the client, they’ll find problems that prevent failures.
These aren’t the same problems.
The main switchgear is normally not safe to work in. That’s the uncomfortable truth most auditors gloss over or avoid entirely. It’s the heart of your electrical system, and in older commercial buildings, it’s often a ticking time bomb.
Why don’t auditors dig into it? Because most of these buildings are older, and most had not had a coordination study done when the gear was purchased.
That missing coordination study creates a cascading failure risk that most building owners don’t understand until it’s too late.
What Happens When Switchgear Isn’t Coordinated
Here’s the technical reality in plain language.
When electrical systems are properly coordinated, a fault in one area trips the closest breaker. The problem gets isolated. The rest of the building keeps running.
Without coordination, that fault can bypass the feeder breakers and trip the main breaker instead. Or worse, the breakers can fail completely.
I’ve seen faults go back to the main breaker many times. The entire building goes dark because one circuit had a problem. That’s not a theoretical risk. That’s a Tuesday afternoon in commercial building management.
The average cost of downtime is $5,600 per minute according to Gartner. Some industries experience costs upward of $5 million per hour.
But here’s the thing about building owners: they don’t understand these numbers until they experience them.
The Dangerous Middle Ground
There’s a category of commercial buildings that falls through the cracks.
Facilities that lose significant money from electrical failures, but not astronomical amounts. Not enough to justify full-time engineering oversight. Not critical enough to demand proactive investment.
The facilities where you can lose obscene amounts of money are smarter. They’ve had engineers look into their buildings. They’ve done the coordination studies. They’ve updated their switchgear.
But the middle-ground buildings? They’re operating on borrowed time with electrical systems that were never properly coordinated from installation.
When I audit one of these facilities, I know what I’m going to find. The question is whether the owner will act on it.
Most of the time, they don’t fix anything.
Why Owners Don’t Act Until It’s Too Late
People don’t care about electricity until the lights don’t come on.
That single truth explains more about electrical safety than any technical manual. It’s estimated that 90% of a building’s electrical system is hidden behind walls. Owners can’t see the deteriorating connections, the overheating components, or the uncoordinated protection devices.
Most of the time, if there isn’t a fault or a problem, the owner doesn’t know a difference. The building operates normally. The lights stay on. The HVAC runs. Everything seems fine.
Until it isn’t.
When that main breaker trips because of an uncoordinated fault, when the entire facility goes dark, when operations stop and costs start mounting, then suddenly electrical safety becomes urgent.
But by then, you’re in crisis management mode. You’re paying emergency rates. You’re dealing with downtime costs. You’re explaining to stakeholders why this wasn’t prevented.
The Three-Factor Safety Assessment
After years in this field, I’ve developed an intuition for unsafe electrical conditions. It’s not something you can fully teach from a textbook. It’s a feel given to someone in this field for a very long time.
But there are three concrete factors I assess immediately:
Age of equipment. Commercial electrical systems have a life expectancy of 20 to 30 years with proper maintenance. After 25 years, components begin wearing out. Failure rates increase dramatically. If your building is operating on 30-year-old switchgear, you’re in the danger zone.
Lack of maintenance. Electrical systems don’t maintain themselves. Connections loosen. Insulation degrades. Protective devices drift out of calibration. When I see evidence of deferred maintenance, I know the risks are compounding.
Brand of the gear. Not all electrical equipment is created equal. Some manufacturers have better track records than others. Some components are more reliable under stress. Some systems are easier to service and maintain.
When you combine old age, poor maintenance, and problematic equipment brands, you’ve got a situation that demands immediate attention.
Playing Middle Ground While Keeping Equipment Safe
At Amber, we don’t do third-party audits very often. I approach this from a service director perspective, not as an external inspector looking for problems to sell solutions.
When I’m already working in a building and I spot coordination issues or unsafe switchgear conditions, I have to balance delivering the service we were hired for while flagging these larger safety concerns.
It’s a middle ground. I’m not there to create alarm. I’m there to keep the customer’s equipment safe.
But there’s a hard line I won’t cross.
We will not perform work that is unsafe. Period.
When conditions are too dangerous, when the risk to our technicians outweighs the value of the service, we stop. We document the conditions. We explain the risks. And if necessary, we have the utility company turn the building off outside so we can work safer.
That’s not being difficult. That’s being professional.
The Best Practice Nobody Wants To Hear
Here’s the honest best practice for electrical safety in commercial buildings: get a proper coordination study done on your switchgear, especially if your building is over 20 years old.
Invest in preventative maintenance, not reactive repairs.
Work with service providers who have your building’s interest in mind, not their project pipeline.
And understand that electrical safety isn’t about compliance checkboxes. It’s about preventing the cascading failures that shut down your entire operation when one circuit has a problem.
The challenge is that most owners won’t act on this advice until they’ve experienced a failure. The upfront cost of a coordination study and switchgear upgrades seems unnecessary when everything is working fine.
But that’s the paradox of preventative maintenance. When it works, nothing happens. And people don’t value nothing happening until they experience what happens when prevention fails.
I keep investigating with the client’s best interest in mind because that’s the only way to do this work with integrity. Even when most owners don’t fix anything. Even when they don’t understand the risks. Even when they won’t act until the lights go out.
Because eventually, the lights will go out.
And when they do, the difference between a building that recovers quickly and one that suffers catastrophic failure comes down to decisions made years earlier. Decisions about coordination studies. Decisions about maintenance protocols. Decisions about who to trust with your electrical safety.
The question isn’t whether your building will experience an electrical fault. The question is whether your system is coordinated to handle it without taking down your entire operation.
Most building owners don’t know the answer to that question.
And most auditors won’t tell them.
