Ron Widup
Marketing & Industry Awareness Committee Chair
Right now, electric utilities across North America are spending money like never before – and that investment is driving one of the biggest infrastructure buildouts we’ve ever seen.
But here’s the thing: behind every new substation, data center and transmission line is another part of the story – the people and companies, especially within EASA, that repair, rebuild and maintain the motors, generators, transformers and associated switchgear that keep it all running. That’s the electromechanical side of the business, and it’s about to get a lot busier.
The Next Big Wave
For the first time in modern history, electricity demand is outpacing supply. Electric utilities are planning to spend more than $1.5 trillion between now and 2030! They’re replacing aging equipment, meeting new demand from electric vehicles and data centers, and upgrading systems to handle renewables and tougher weather.
But that work doesn’t happen without skilled tradespeople – technicians who can troubleshoot a motor failure, rewind a generator, or test and commission new electrical equipment before it gets energized. Every big infrastructure project depends on that kind of expertise, and demand for it is climbing fast.
The Workforce Squeeze
There’s another problem coming down the line: years of experience that is walking out the door. Roughly half of the utility and industrial workforce could retire by 2030. That means fewer people who know how to diagnose a bearing failure, test a relay or repair that 5,000-hp motor under the pressures of a facility that is down because of it.
At the same time, electricity demand is exploding – thanks in large part to AI and data center growth, which are projected to double global power use by 2030. Add the push for electric vehicles and renewables, along with more overall needs for electric power, and the grid will need more reliable equipment and more trained hands to keep it all working.
Without new training programs and apprenticeships, the system simply can’t keep up. That’s where trade schools, technical programs and EASA training infrastructure all come in – not as an option, but as a necessity.
The Hidden Backbone of the Grid
Most people never think about it, but every bit of power that lights a city runs through a chain of electromechanical systems:
- Motors, pumps and drives that support power generation plants
- Transformers and switchgear that control and protect the flow of electricity
- Testing, maintenance and repair that keeps all of it reliable and safe
The companies that repair and service this equipment are the ones in the background that protect the backbone of the electric power system. They’re the ones who keep the lights on (literally!) when new equipment is delayed or budgets get squeezed.
Rising Costs, Longer Lead Times
Right now, it can take two to three years to get a new large power transformer. The cost of copper, steel and insulation materials keeps climbing. Tariffs and supply shortages add more pressure.
So, what do utilities and industrial facilities do? They turn to the service side of the industry – to the shops and technicians who can extend the life of what’s already in place. A high quality rebuild or repair by a skilled motor technician can keep a facility online for many years, while capital budgets are navigating the challenges of today’s supply chain issues.
That’s where opportunity lives for electromechanical companies. The more the grid grows, the more critical it becomes to maintain and restore what we already have.
Safety and Standards Still Matter
And don’t forget this - as everything gets faster, more digital and more connected, safety has to stay front and center. Standards like NFPA 70E and NFPA 70B aren’t red tape – they’re the roadmap for how to keep people alive and systems reliable. You can’t modernize the grid without keeping those principles in place.
The Long Game
Remember this – it isn’t a short-term construction boom. It’s a 20- to 30-year rebuild of America’s electrical backbone and true of other nations as well. Data centers, AI, renewables and electrification are all pushing us into a new era – one where the demand for electricity and the need for reliability are higher than ever.
And the motor service industry sits right in the middle of it. The future grid can’t function without the people who understand how to make the mechanical side work.
So, if you rewind and repair motors, test the related equipment or maintain the electrical systems that keep it all going, your work isn’t behind the scenes anymore – it’s the work that’s keeping everything powered and ready for what’s next!
It’s a good time to be in the electromechanical services industry!
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