Fastest-Growing Energy Jobs: Power and Grid Infrastructure Careers to Watch

Digital image of a seedling sprouting through soil next to a lightbulb that appears to be planted in the soil surrounded by various symbols like a sun and a tree to symbolize technology in renewable energy

The fastest-growing energy jobs extend well beyond renewable energy installation.

As the U.S. adds generation capacity and modernizes its power infrastructure, employers also need electrical, engineering, construction, maintenance, manufacturing, and technology talent to build and operate the systems that deliver electricity.

That includes transmission and distribution infrastructure, battery storage, transformers, switchgear, microgrids, controls, and power-management software.

For employers, the workforce challenge is increasingly about securing the right combination of skills to turn energy investment into functioning infrastructure.

What Are the Fastest-Growing Energy Jobs?

The fastest-growing energy jobs include renewable energy technicians as well as electrical, engineering, skilled-trade, and technology roles supporting the broader power system.

The U.S. Bureau of Labor Statistics projects solar photovoltaic installer employment to grow 36.5% and wind turbine service technician employment to grow 29.5% from 2025 to 2035.

Renewable Energy Technicians

Solar photovoltaic installers and wind turbine service technicians install, maintain, and repair renewable generation assets.

As additional generation comes online, projects also require workers to connect those assets to the larger electrical system.

Electrical and Skilled-Trade Workers

Electricians, lineworkers, electrical technicians, field-service technicians, and commissioning specialists perform much of the hands-on work required to build and maintain electrical infrastructure.

These skills are important across transmission, distribution, substations, storage, data centers, manufacturing facilities, and other power-intensive projects.

Power Engineers and Technical Specialists

Electrical engineers, power systems engineers, protection and controls engineers, and commissioning specialists design, integrate, test, and operate power infrastructure.

Demand for multidisciplinary expertise can become particularly important as conventional electrical systems increasingly interact with battery storage, distributed generation, automation, and digital controls.

Why Are Power and Grid Infrastructure Jobs Growing?

Power and grid infrastructure jobs are becoming more important as the U.S. electricity system accommodates new generation, growing electricity demand, and changing reliability requirements.

The U.S. Department of Energy’s National Transmission Needs Study identifies additional transmission infrastructure needs associated with factors including load growth, new generation and load interconnections, and congestion.

Electricity demand is adding another layer of pressure. The Department of Energy has also identified data centers, AI applications, and domestic manufacturing among the factors driving electricity demand and increasing the need for grid modernization.

The workforce impact extends across the infrastructure connecting generation to electricity users.

Where Are New Energy Workforce Needs Emerging?

Some of the most important energy workforce opportunities are developing around the equipment and technologies required to store, control, distribute, and manage electricity.

Battery Energy Storage

Battery energy storage systems bring together electrical infrastructure, power electronics, controls, safety systems, and software.

Projects can require:

electrical and power systems engineers
electricians and electrical technicians
commissioning specialists
controls engineers
project managers
operations and maintenance professionals
energy-management software specialists

Rather than creating one distinct “battery job,” storage is increasing the need for workers who can integrate multiple technologies into a functioning power system.

Transformers, Switchgear, and Substations

Grid expansion also depends on the physical equipment used to move, control, and protect electrical power.

Transformer, switchgear, and substation projects can require electrical engineers, manufacturing workers, electricians, field-service technicians, testing specialists, protection and controls engineers, and commissioning professionals.

These workforce requirements extend beyond utilities and construction sites to the manufacturers and suppliers producing critical electrical equipment.

Microgrids and Distributed Energy

Microgrids can combine generation, battery storage, electrical loads, controls, and connections to the wider grid.

That creates demand for power systems engineers, controls and automation engineers, electricians, commissioning professionals, distributed-energy specialists, and energy-management professionals.

These projects illustrate a broader shift in energy hiring: employers increasingly need people capable of working across technologies rather than within a single isolated system.

What Skills Will Employers Need for Growing Energy Jobs?

The growing energy workforce requires a combination of skilled trades, engineering expertise, project execution, and digital capabilities.

The Department of Energy’s U.S. Energy & Employment Report tracks employment across electric power generation, transmission, distribution, and storage, reflecting how interconnected the energy workforce has become.

Three capability areas are particularly important.

Electrical and Skilled-Trade Expertise

Electricians, lineworkers, electrical technicians, equipment technicians, and commissioning specialists provide the hands-on expertise required to turn engineering plans into operating infrastructure.

Much of this work must be performed onsite and requires specialized technical and safety knowledge, making skilled-trade availability an important consideration for project planning.

Engineering and Technical Expertise

Electrical, power systems, protection and controls, civil, and project engineers support infrastructure from design through commissioning.

Professionals who understand both conventional grid equipment and newer technologies such as storage, distributed resources, and digital controls can be particularly valuable as power systems become more interconnected.

Digital and Software Capabilities

Software, automation, analytics, communications, and cybersecurity skills are becoming part of the energy talent mix.

For these professionals, domain knowledge can be a significant advantage. Building technology for energy infrastructure requires an understanding of how digital decisions interact with physical assets, safety requirements, and grid reliability.

What Do the Fastest-Growing Energy Jobs Mean for Workforce Planning?

Growth in energy infrastructure makes workforce planning an execution issue, not simply a recruiting issue.

Different project stages require different capabilities across engineering, construction, commissioning, operations, and maintenance. Mapping those needs earlier can help employers build talent pipelines before projects reach execution.

Employers should also look beyond exact job titles. Transferable experience in electrical systems, controls, automation, commissioning, and critical infrastructure may come from utilities, manufacturing, data centers, or other infrastructure-intensive industries.

As energy systems become more complex, successful workforce planning will depend on identifying the right combination of skills, not simply filling individual roles.

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By Sarah Magazzo

Digital Marketing Manager for Mondo National Staffing Agency | AI Drafted & Human Crafted