Data Centers vs. Power Plants: Navigating the High-Voltage Talent Shortage
The US Data Center market has a power problem.
But there is another challenge sitting behind it:
Finding enough people who understand how to deliver that power.
According to CBRE's H1 2026 North America Data Center Trends report, power availability and infrastructure delivery timelines have become the most decisive factors influencing Data Center site selection.
Across the primary North American markets, 7,481 MW of Data Center capacity was under construction during the first half of 2026, up 24.8% year-on-year.
At the same time, the US Energy Information Administration expects electricity demand to continue reaching record levels, driven partly by Data Center development and increased manufacturing activity.
All of that infrastructure requires experienced electrical professionals.
But Data Centers aren't recruiting them in isolation.
They're competing with the Power Generation industry, utilities, grid infrastructure, BESS, Renewable Energy and other major industrial projects for many of the same skills.
Where Data Centers and Power Generation collide
For years, Data Centers and Power Generation have often been viewed as separate technical markets.
From a recruitment perspective, that distinction is becoming less useful.
A modern Data Center may require expertise across:
- High-voltage systems
- Substations
- Transformers
- Switchgear
- Protection and relays
- Utility interconnections
- Backup generation
- UPS systems
- Electrical distribution
- Commissioning
- Controls
- BESS and energy storage
Many of those skills already exist within the Power industry.
The challenge is that the Power industry still needs them too.
High-voltage talent has multiple career options
Consider an experienced High-Voltage Electrical Engineer.
That person could potentially work for:
A utility
Supporting transmission, distribution, substations or grid infrastructure.
A Power Generation company
Working across gas-fired generation, Renewable Energy, distributed generation or other generation assets.
A BESS developer
Supporting grid connections, substations, protection and energy-storage infrastructure.
A Data Center developer
Helping deliver the electrical infrastructure required for a major campus.
An engineering consultancy or EPC
Designing and delivering infrastructure across several of those markets.
From the candidate's perspective, that creates choice.
From the employer's perspective, it creates competition.
And the infrastructure requirement is getting bigger
AI infrastructure is increasing the importance of this issue.
Data Centers have always required reliable power, but the scale and density of new facilities are increasing the demands placed on electrical infrastructure.
CBRE reports that US Data Center capacity requirements are outpacing utility transmission buildout, while high-voltage transmission upgrades can require additional rights-of-way, easements, permitting and lengthy infrastructure programmes.
Power isn't simply another part of the project.
Increasingly, it determines whether the project can happen at all.
And once the physical infrastructure is secured, employers still need the people capable of designing, constructing, commissioning and maintaining it.
Which skills are becoming particularly important?
High-Voltage Electrical Engineering
Engineers who understand HV systems, substations and power distribution can be relevant across both Data Centers and Power Generation.
Depending on the project, employers may need expertise across system design, equipment specification, utility interfaces, technical reviews and project delivery.
Protection & Controls
Protection Engineers bring specialist knowledge around relays, protection schemes, system coordination and electrical safety.
Their expertise is important across utilities, substations, generation assets and large critical loads.
That makes them relevant to several rapidly developing infrastructure markets simultaneously.
Substation Engineering
Large power requirements often bring significant substation infrastructure.
Substation Engineers may work across primary equipment, secondary systems, protection, controls, layouts and grid interfaces.
Again, these aren't skills exclusive to Data Centers.
They're fundamental Power industry skills.
Electrical Commissioning
Installing equipment is only part of the process.
Before energization and operational handover, systems need to be tested and proven.
Experienced Electrical Commissioning Engineers and Managers who understand switchgear, transformers, protection, generators, UPS systems and integrated electrical systems can therefore be particularly valuable.
Utility & Interconnection Expertise
One of the most important parts of major infrastructure development happens outside the facility itself.
Projects need to understand how and when they can connect to the grid.
Professionals with experience navigating utilities, interconnections and grid requirements can therefore play a significant role in project development.
Critical Power
Data Centers add another layer of complexity because uninterrupted power is fundamental to the operating model.
That means experience with UPS systems, backup generation, redundancy and mission-critical electrical infrastructure becomes particularly valuable.
Should Data Centers recruit from Power Generation?
For many positions, yes.
But it needs to be done intelligently.
Someone doesn't automatically become a Data Center Engineer simply because they have worked in a power plant.
The question is whether the underlying technical experience transfers.
For example:
Does the candidate understand high-voltage distribution?
Have they commissioned switchgear or transformers?
Have they worked with generators?
Do they understand protection systems?
Have they operated within environments where reliability and safety are critical?
Have they worked with complex electrical infrastructure?
If the answer to those questions is yes, previous Data Center experience may not always be the most important requirement.
And the talent flow can work both ways
This isn't simply a story about Data Centers taking engineers from Power Generation.
The same competition works in reverse.
Power Generation employers need to recognise that experienced electrical professionals may now be approached by industries they weren't traditionally competing against.
That changes candidate expectations.
An Electrical Engineer who previously compared opportunities across utilities and Power Generation may now also be considering Data Centers, BESS and AI infrastructure.
Employers therefore need to understand not only what their direct competitors are offering, but what adjacent industries are offering too.
What are candidates comparing?
Compensation matters.
But technical professionals don't make career decisions based on salary alone.
Depending on the individual, they may also consider:
- Project scale
- Technology
- Long-term career progression
- Location
- Travel requirements
- Site-based versus hybrid working
- Relocation support
- Job security
- Training
- Leadership opportunities
- Project lifecycle
- The opportunity to enter a rapidly growing industry
Data Centers can offer exposure to major new infrastructure development.
Power Generation can offer deep technical expertise and long-term operational careers.
Utilities offer another career path entirely.
Understanding what motivates the individual candidate becomes increasingly important when several sectors want the same person.
Employers need to map adjacent talent markets
One of the biggest mistakes employers can make in a constrained technical market is searching only within their own sector.
If a Data Center developer searches exclusively for people currently working in Data Centers, the candidate pool becomes smaller.
If a Power Generation company ignores people who have moved into adjacent Critical Infrastructure markets, it may miss experienced professionals who could return.
Talent mapping should therefore look across:
Data Centers
Power Generation
Utilities
Transmission & Distribution
BESS
Renewable Energy
Industrial Infrastructure
EPCs & Engineering Consultancies
And potentially other mission-critical environments.
Workforce planning needs to follow the power strategy
Developers already spend considerable time understanding where power will come from.
The workforce strategy should develop alongside it.
If a project requires specialist HV, protection, commissioning and utility expertise, employers should understand the availability of those skills before they become urgent vacancies.
That means asking:
Where does the relevant talent currently work?
Who else is recruiting them?
What compensation is the market paying?
Will relocation be required?
Which skills can transfer from adjacent industries?
Which positions genuinely require direct Data Center experience?
Which hires need to happen before construction or commissioning?
The earlier those questions are answered, the greater the opportunity to build a realistic talent pipeline.
The lines between Data Centers and Power Generation are disappearing
Data Centers need power.
Power Generation needs new demand.
BESS is increasingly connected to both.
Utilities sit between them.
And AI infrastructure is accelerating the convergence.
From a recruitment perspective, that means employers can no longer think about these talent markets entirely separately.
The engineer you need may already exist.
They're just working in a different part of the infrastructure ecosystem.
Recruiting High-Voltage, Power or Data Center talent in the US?
MC Technical Recruitment supports organizations across Data Centers, AI Infrastructure, Power Generation, Renewable Energy and wider Critical Infrastructure throughout the United States.
Our specialist networks cover electrical engineering, high-voltage infrastructure, commissioning, construction, operations, maintenance and technical leadership.
If you're building a team, entering a new market or struggling to identify specialist electrical talent, speak to us about mapping the relevant US candidate market.
US: +1 346 613 1774