The State of Skilled Electrical Labor 2026

February 2, 2026

An ABLEMKR Industry Report

A Summary of What You Need to Know

The U.S. electrical industry is at a crossroads: demand is rising fast, but the skilled labor pipeline isn’t keeping pace. According to the Bureau of Labor Statistics (BLS) Occupational Outlook Handbook for Electricians, electrician employment is projected to grow 9% from 2024 to 2034, with about 81,000 openings per year on average.

The pressure isn’t hypothetical—much of the hiring over the next decade is simply replacement demand as workers retire or exit the trade. Add in electrification, data centers, EV infrastructure, and renewable integration, and the labor gap becomes a real constraint on project timelines and profitability.

5 key numbers (U.S.)

Metric	Figure	Source
Electrician job growth (2024–2034)	9% (much faster than average)	BLS: Electricians
Annual job openings projected	81,000 per year (average)	BLS: Electricians
Median annual wage (May 2024)	$62,350	BLS: Electricians
Total electricians employed (2024)	818,700	BLS: Electricians
Electrical engineers’ job growth (2024–2034)	7% (much faster than average)	BLS: Electrical & Electronics Engineers

The industry that powers everything from AI data centers to your home’s lights needs more workers. And it needs them now.

What Changed Since Last Year

Electrification is accelerating. Data centers, EV charging infrastructure, battery storage systems, and grid modernization are all driving demand. Solar and wind installations require electrical expertise for grid integration. Smart building technology adds complexity to commercial and residential work.

The BLS updated its projections. The latest Employment Projections (2024-2034) show electrician employment growing at 9%—three times the average for all occupations. This upgrade from earlier projections reflects the intensifying electrification trend.

Wages are rising. The median annual wage for electricians reached $62,350 in May 2024, according to BLS data. The highest 10% earned more than $106,030.

Training programs are expanding. Trade schools and vocational-focused community colleges saw significant enrollment growth, as reported across industry sources. The Electrical Training Alliance, run jointly by NECA and IBEW, operates nearly 300 training centers with about 55,000 apprentices enrolled.

Demand Drivers: Why Electrical Needs More Workers

Data Centers and AI Infrastructure

The AI boom requires massive amounts of power. Data centers are expanding across the country, each requiring extensive electrical infrastructure for power distribution, backup systems, and cooling.

According to the BLS Employment Projections, increased demand for electricity related to AI integration, electric vehicles, and new data centers is expected over the next decade. As a result, energy generation industries are among the fastest-growing.

Electric Vehicle Infrastructure

EV charging stations need certified electricians for installation and maintenance. Commercial charging networks, residential installations, and fleet charging depots all require electrical work. Oregon alone has allocated $52 million over five years for charging port installation projects.

Renewable Energy Integration

Solar, wind, and storage systems all require electrical expertise for interconnection, controls, and long-term operations. The BLS Electricians outlook specifically notes that alternative power generation, like solar and wind, is a growing field that should require more electricians for installation (with growth influenced by policy and consumer incentives).

Grid Modernization

The existing electrical grid requires upgrades to handle increased loads and integrate distributed energy resources. Smart grid technology, microgrids, and energy storage all create demand for skilled electrical workers.

Workforce Reality: The Numbers That Matter

Employment and Job Openings

Per the Bureau of Labor Statistics Occupational Outlook Handbook:

Electricians employed (2024): 818,700
Projected growth rate (2024-2034): 9% (much faster than average)
Annual openings projected: 81,000
Employment change (2024-2034): +77,400 jobs

Most openings result from the need to replace workers who transfer to different occupations or exit the labor force, such as to retire.

The Retirement Factor

Retirements are a big part of the math. Electrical Contractor Magazine’s workforce analysis in “The Human Capital Gap” reports that nearly 30% of union electricians are at or approaching retirement age, alongside projections of workforce shrinkage and rising demand.

Wages (what the market is signaling)

The BLS Electricians wage data puts May 2024 pay at: median $62,350; bottom 10% under $39,430; top 10% over $106,030. BLS also shows higher median wages in sectors like natural gas distribution and electric power generation, transmission, and distribution—useful for contractors competing against utility/energy projects for talent.

Related occupations under pressure

Electrical work doesn’t exist in a vacuum. The BLS Electrical and Electronics Engineers profile projects 7% growth from 2024–2034, with a May 2024 median pay of $111,910 for electrical engineers and $127,590 for electronics engineers (except computer). And for adjacent skilled roles, the BLS Installers and Repairers page projects little or no change overall, but still expects about 9,600 openings per year due to replacement demand.

Key Players: Who Hires, Who Trains

Employer Types

Per BLS, the largest employers of electricians:

Industry	Share of Employment
Building equipment contractors	64%
Self-employed workers	7%
Nonresidential building construction	5%
Electric power generation/transmission/distribution	4%
Local government	3%

The BLS Electricians profile shows where electricians work today: building equipment contractors account for the majority of employment (64%), followed by self-employment (7%), nonresidential building construction (5%), electric power generation/transmission/distribution (4%), and local government (3%).

Training ecosystems (union and non-union)

For union-aligned training, the national hub is the Electrical Training Alliance (NECA/IBEW), which supports apprenticeship and upskilling through a large network of local programs. On the non-union side, contractor and trade school pipelines continue to expand to meet demand.

Licensing realities

Licensing is state- and locality-specific, but BLS confirms the standard path: most electricians enter through a 4–5 year apprenticeship combining paid on-the-job training with technical instruction. That long runway is one reason the industry feels shortages quickly when demand spikes

Technology Shifts Reshaping the Trade

Skills in Demand

Today’s electricians need competencies beyond traditional wiring:

EV charging installation: Level 2 and DC fast charger installation, load management
Solar/battery systems: PV installation, inverters, battery storage integration
Building automation: Smart building controls, low-voltage systems
Data/communications: Structured cabling, fiber optics
Energy management: Power quality monitoring, demand response systems

Emerging Specializations

EV infrastructure specialist
Solar installation technician
Building automation/controls technician
Data center electrical technician
Energy storage systems installer

Challenges and Constraints (Ranked)

1. Pipeline vs. Demand Mismatch (Severe)

The BLS projects 81,000 annual openings, but training programs aren’t producing enough graduates. Apprenticeships take 4-5 years to complete.

2. Aging Workforce (Severe)

Nearly 30% of union electricians are near retirement age. Knowledge transfer is critical before experienced workers exit.

3. Perception Issues (Moderate)

Despite strong wages and job security, many young people still view trades as a lesser alternative to college. This is slowly changing, but recruitment remains challenging.

4. Geographic Mismatches (Moderate)

Demand concentrates in areas with major construction, data center builds, and renewable energy projects. Workers may need to relocate or travel for the best opportunities.

5. Licensing Complexity (Moderate)

State-by-state licensing creates friction for workers who want to move. Reciprocity agreements help, but don’t cover all jurisdictions.

Emerging Opportunities (12-24 Months)

Data Center Buildout

Major tech companies continue expanding data center capacity. Projects like Micron’s $100 billion semiconductor facility in New York and similar megaprojects across the country will require thousands of electrical workers.

EV Infrastructure Expansion

Federal investments and state mandates are driving rapid expansion of charging networks. This creates opportunities in both installation and ongoing maintenance.

Grid Modernization Projects

Utilities are investing in grid upgrades, smart meters, and distributed energy resource integration. These projects need electricians with both traditional skills and technology competencies.

Residential Electrification

As homeowners add solar panels, battery storage, EV chargers, and heat pumps, residential electrical work is becoming more complex and in higher demand.

Actionable Playbook

For Electrical Contractors

Immediate (0-6 months):

Assess current workforce age distribution and retirement timelines
Review apprentice-to-journeyman ratios
Evaluate wage competitiveness against the local market

Near-term (6-18 months):

Strengthen relationships with apprenticeship programs
Consider pre-apprenticeship programs to build a pipeline
Invest in upskilling for EV, solar, and automation work

Strategic (18+ months):

Partner with schools for early recruitment (high school, middle school)
Develop technology training programs for emerging specializations

For Workers and Job Seekers

Path to entry: High school diploma + apprenticeship is the standard route
Wages are strong: Median $62,350 with top earners exceeding $106,000
Specialization matters: EV, solar, and data center experience command premiums
Licensing is state-specific: Research requirements for your target location
Growth is real: 9% projected growth outpaces most occupations

If long-term stability is the goal, the BLS Electricians profilesupports the case: faster-than-average growth, strong annual openings, and clear wage upside.

If specialization is the goal, follow the demand signals in the BLS Employment Projections—Electricity demand is rising, and infrastructure is being built to match it.

Methodology and Sources

Data Sources

This report draws on publicly available data from authoritative sources:

Government Sources:

U.S. Bureau of Labor Statistics: Occupational Outlook Handbook – Electricians
BLS Employment Projections 2024-2034
BLS Electrical and Electronics Engineers

Industry Sources:

Limitations

State-level data varies in availability and recency
Union vs. non-union workforce splits are estimated
Specialization demand (EV, solar, etc.) is projected from market trends rather than official statistics

Glossary

BLS: Bureau of Labor Statistics, the U.S. government agency providing labor market data.

IBEW: International Brotherhood of Electrical Workers, the primary union for electrical workers.

NECA: National Electrical Contractors Association, representing unionized electrical contractors.

IEC: Independent Electrical Contractors, a trade association for non-union/merit shop contractors.

ETA: Electrical Training Alliance, a joint IBEW/NECA apprenticeship and training organization.

NEC: National Electrical Code, the standard for safe electrical installation practices.

EVITP: Electric Vehicle Infrastructure Training Program, certification for EV charging installation.

Journeyman: A fully trained and licensed electrician who has completed an apprenticeship.

Apprentice: A worker in training toward journeyman status, typically 4-5 year program.

Inside Wireman: Electrician working primarily on building wiring (commercial, industrial, residential).

Lineman: Electrician working on outdoor power lines and utility infrastructure.

About ABLEMKR

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How it works:

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Workers are W-2 employees with workers’ comp and general liability coverage

ABLEMKR started in construction. We know the trades, the certifications, and the pressure of keeping projects on schedule.

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This report is provided for informational purposes. Data and projections are based on publicly available sources and are subject to change. ABLEMKR does not guarantee the accuracy of third-party data.