Utilities industry staffing costs 2026

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Utilities industry staffing costs 2026: the full picture

Electric, gas, and water utilities employ roughly 1.4 million workers in the United States, and they are doing it with an aging labor pool approaching a retirement cliff with no adequate pipeline of replacements in sight.

Staffing costs in utilities run above the national average across nearly every role category. The Bureau of Labor Statistics reports that the utilities industry pays an average of $100,272 annually across all occupations, roughly $30,000 above the all-industry mean. That premium reflects the technical complexity of utility work, the strong union presence, the 24/7 operational requirements, and the genuine difficulty of replacing linemen, operators, and engineers who retire.

This article covers average salaries by role, fully loaded labor costs, the aging-workforce problem, turnover rates, and where utilities are finding real savings on administrative overhead. Data comes from BLS, CEWD, Deloitte, Robert Half, and AWWA.

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1. The utilities workforce in numbers

• The utilities industry employed approximately 1.4 million workers as of 2024, spanning electric power generation and distribution, natural gas distribution, and water and wastewater treatment (Data USA, 2024, citing BLS).
• Electrical power-line installers and repairers are the single largest occupation at approximately 108,225 workers, followed by power plant operators and water and wastewater treatment plant operators (BLS OEWS, May 2025).
• The utilities industry pays an average annual wage of $100,272, which is $30,394 above the national all-industry average of $69,878 (Data USA, 2024).
• Average worker age in utilities is 44.1 years, above the all-industry median, and more than 25% of the workforce is 55 or older (Data USA, 2024; CEWD, 2023).
• 76% of energy and utilities employers report experiencing a talent and skills gap within their existing workforce, notably above the general industry average (Manpower, 2024).
• The total U.S. energy sector employed 8.5 million workers in 2025, representing 5.4% of all U.S. employment, with electric power generation at 933,800 jobs and transmission, distribution, and storage at 1,463,700 jobs (DOE United States Energy and Employment Report, 2025).

The wage premium utilities pay reflects several structural realities: the work requires sustained technical skill and certification, operations run around the clock, safety and regulatory compliance add training overhead, and union contracts govern a meaningful share of the workforce. All of these factors increase per-worker cost well beyond base salary.

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2. Salaries by role: line workers

Electrical line workers are the backbone of the utility distribution system. They install, maintain, and repair the power lines that connect generation to end users, and their work involves significant safety risk, physical demands, and specialized training.

BLS Occupational Employment and Wage Statistics, May 2025 - electrical power-line installers and repairers:

Source: BLS OEWS, May 2025; TradeCareerPath.com BLS OEWS analysis, 2025.

Geography is a significant wage driver for lineworkers. The highest-paying states for power-line workers are Hawaii ($134,340), Washington ($133,060), and Oregon ($131,090), reflecting both cost of living and the dense union presence in Pacific Northwest utilities (BLS OEWS, May 2025). Union linemen typically earn $85,000 to $110,000 annually; non-union counterparts earn $55,000 to $95,000 depending on employer and geography.

The International Brotherhood of Electrical Workers (IBEW) represents the majority of utility lineworkers, and union contracts add guaranteed overtime provisions, pension contributions, and defined-benefit retirement plans that push total compensation cost well above the base wages in the table.

Job growth for lineworkers is projected at 6.6% from 2024 to 2034, above the all-occupation average, driven by grid expansion, aging infrastructure replacement, and the build-out of renewable energy transmission (BLS Occupational Outlook Handbook, 2024-34). Approximately 10,700 openings are projected annually over that period.

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3. Salaries by role: engineers

Utilities employ several categories of engineers, including electrical engineers who design and manage power systems, civil engineers who handle infrastructure, and utility-specific engineering roles that span mechanical, environmental, and systems disciplines.

BLS OEWS, May 2025 - engineering roles in utilities:

Source: BLS OEWS, May 2025; Salary.com, January 2025; PayScale Energy/Utilities Industry Survey, 2025.

Salary.com pegs the typical range for utility engineers at $102,927 to $129,308 annually, with a median of $115,079 (January 2025). PayScale's 2025 survey of energy and utilities industry workers reports a median of $91,110 for electrical engineers in the sector, reflecting that the energy and utilities industry sample skews toward mid-career workers rather than senior specialists.

Demand for engineers proficient in solar project management and AI-driven grid optimization is projected to grow 47% in 2025, making grid modernization engineers and systems engineers with clean energy backgrounds among the scarcest and fastest-appreciating roles in the utilities labor market (Deloitte 2025 Power and Utilities Outlook).

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4. Salaries by role: operations staff

Operations roles in utilities cover power plant operators, system controllers, and water treatment operators. These are 24/7 roles with certification requirements, creating above-average fully loaded costs.

BLS OEWS, May 2025 - operations roles:

Source: BLS OEWS, May 2025; Salary.com, 2025.

Power plant operators at $103,600 median annual salary are among the highest-paid production workers in the U.S. economy. Nuclear reactor operators earn even more at $109,040 median, with the NRC licensing requirement limiting supply and sustaining the premium.

Water and wastewater treatment operators represent a large portion of the utilities workforce at approximately 86,890 workers (BLS, 2024), but they earn substantially less than their electric power counterparts. This wage gap is contributing to a specific staffing crisis in the water sector: 68% of water utilities report continued losses among managers, engineers, and operators to retirement, and 47% of water utility survey respondents ranked difficulty attracting early-career staff as their top challenge (Black and Veatch 2024 Water Report).

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5. Salaries by role: administrative and support staff

Administrative roles in utilities include billing and customer service staff, regulatory compliance coordinators, contract administrators, HR professionals, and executive support. These roles are expensive in fully loaded terms even when base salaries appear moderate.

Salary benchmarks for administrative and support roles in utilities (BLS OEWS, May 2025; Glassdoor, 2025):

Source: BLS OEWS, May 2025; Glassdoor Energy/Utilities Industry Salary Reports, 2025.

Energy and utilities pays administrative professionals above the national average. Glassdoor reports that administrative assistants in energy, mining, and utilities earn a median total pay of $53,686, compared to $47,460 for the all-industry average (BLS, May 2024). Executive administrative assistants in utilities earn a median total pay of $89,004, reflecting the seniority and complexity of supporting utility executives with regulatory and public affairs responsibilities.

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6. Fully loaded labor costs in utilities

Base wages are only part of what utilities actually pay. Several cost components specific to the sector push the real per-worker number meaningfully above salary.

Union density is the biggest driver. Approximately 26% of utility workers are union members, compared to 10.3% across all private-sector industries (BLS Union Membership Survey, 2025). Union contracts in utilities typically include defined-benefit pension plans, health insurance premiums above the industry norm, and guaranteed shift differentials. Total benefits as a share of compensation in utilities averages 36 to 42%, compared to a private-sector average of 31% (BLS Employer Costs for Employee Compensation, 2025).

Shift differential pay adds a meaningful layer on top. Power plant operators, grid controllers, and substation operators run 24/7 on rotating shifts. Differential rates typically run 8 to 15% above base for evening shifts and 12 to 18% for overnight. For roles that cannot be left unstaffed, differential pay is a fixed cost, not a variable one.

Safety and certification training is another line item that rarely shows up in salary discussions. NERC CIP compliance for grid operators, NRC licensing for nuclear plant workers, OSHA electrical safety requirements for lineworkers, and EPA compliance for water treatment operators all require ongoing training expenditure. A utility lineworker typically undergoes a four-year apprenticeship before journeyman classification, during which the utility is paying for both the apprentice and the journeyman supervising the work.

BLS Employer Costs for Employee Compensation data shows private industry workers cost employers an average of $46.15 per hour in December 2025 - $32.36 in wages (70.1%) and $13.79 in benefits (29.9%) (BLS ECEC, Q4 2025). The utilities benefits share runs higher than that private-industry average.

Fully loaded cost multipliers by utilities sub-segment (Robert Half Energy and Utilities Salary Guide, 2026; BLS ECEC, Q4 2025):

A lineworker earning $95,320 in base salary carries a fully loaded cost of $138,000 to $148,000 annually when union pension contributions, shift differentials, PPE, and training costs are included. A power plant operator at $103,600 base carries a fully loaded cost of $147,000 to $160,000.

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7. The aging workforce and the retirement cliff

The retirement wave is the single most significant structural driver of utilities staffing costs in 2026. It is not a future threat - it is actively underway and intensifying.

• More than 25% of the utility workforce is age 55 or older, positioning a large share of the labor base for retirement within the next decade (CEWD, 2023; Lucasys, 2023).
• In the utilities sector, the share of employment at firms with at least 25% of workers over age 55 rose from 35% in 2006 to 80% in 2022, the most dramatic aging transformation of any sector in the economy (U.S. Census Bureau, December 2025).
• Approximately 50% of utility workers are expected to retire within the next decade, per estimates from the U.S. Department of Labor, creating a knowledge transfer crisis that wage offers cannot solve.
• A talent shortage of more than 310,000 professionals is projected by 2030 in the utilities sector (Broadleaf, 2024; CEWD, 2023).
• In the nuclear sector specifically, the median age of a licensed reactor operator is 47 years. NRC licensing timelines mean qualified replacements cannot be trained in less than two to three years, making succession planning for these roles a multi-year project (Nuclear Energy Institute, 2025).
• The nuclear sector alone will need to expand its workforce by approximately 275% to support new reactor construction and operations planned through 2035 (Deloitte 2025 Power and Utilities Outlook).
• Roughly one-third of the water sector workforce will be eligible to retire within the next 10 years, adding pressure to a sub-sector already dealing with below-average wages and recruitment challenges (EPA data, cited by Lucasys, 2023).
• 56% of overall utility workers have fewer than 10 years of service at their current employer, meaning institutional knowledge is thin across the workforce even before the retirement wave peaks (CEWD 2023 Energy Workforce Survey).

The retirement dynamic creates a compounding cost problem. It extends vacancy durations. It forces overtime on the workers who remain. It drives up recruiting costs as utilities compete for a shrinking pool of experienced candidates. It reduces the internal mentorship capacity that historically kept apprenticeship and training costs manageable. And it raises the risk of operational incidents when complex, certification-required roles are staffed by workers still building experience.

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8. Turnover rates and replacement costs

Utilities have historically low voluntary turnover relative to most industries. The stability that comes with strong union contracts, defined-benefit pensions, and public-infrastructure employment has kept quit rates low for decades. That stability is under pressure.

• Non-retirement attrition in utilities reached 7.2% in 2022, the highest level since the CEWD Energy Workforce Survey launched in 2006, and up from approximately 6% in 2021 (CEWD 2023 Energy Workforce Survey, covering 41 utilities representing approximately 315,000 jobs).
• Electric cooperative non-retirement turnover was even higher at 9% in 2022, versus 7% industry-wide.
• Co-op departures increased from 6,570 in 2021 to 7,911 in 2022, a 20% year-over-year increase in exits (CEWD 2023).
• Over three in four utilities organizations have had difficulty recruiting for full-time regular positions; nearly half report difficulty retaining full-time employees (CEWD/industry surveys, 2023).
• Top recruitment challenges reported by utilities: low number of applicants (60%), competition from other employers (55%), and candidate "ghosting" after offer acceptance (46%) (CEWD 2023).

Turnover benchmarks vs. adjacent industries:

Source: BLS JOLTS, 2025; CEWD Energy Workforce Survey, 2023.

The 7.2% quit rate looks healthy in isolation. In context, it represents a structural cost problem: it is rising, it is layered on top of accelerating retirement exits, and filling the roles it creates takes longer than in most industries because of the certification and licensing requirements.

Replacement cost by role:

Source: Robert Half Energy and Utilities Salary Guide, 2026; SHRM Replacement Cost Benchmarks, 2025.

A mid-sized utility with 400 operational employees and a 7.2% non-retirement attrition rate is replacing roughly 29 workers per year, plus retirements. At average replacement costs of $35,000 to $55,000 per technical or operations role, that is $1 million to $1.6 million in annual turnover-driven costs before any retirement exits are counted.

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9. Recruiting costs in utilities

Filling utility technical and operations roles is slow, expensive, and getting harder as the talent pool narrows.

• Average time-to-fill for electrical engineers and power plant operators in utilities reaches 60 to 90 days when licensing and security clearance requirements are factored in, well above the all-industry average of 44 days (LinkedIn Talent Insights, 2025; CEWD 2023).
• For nuclear reactor operators, time-to-fill regularly exceeds 120 days given the NRC licensing timeline.
• Utilities using specialized staffing agencies pay placement fees of 18 to 25% of first-year salary for permanent technical hires (Robert Half, 2026).
• At 20% on a $115,079 utility engineer salary, one agency placement costs $23,016, before relocation, signing bonus, or onboarding overhead.
• 33% of utilities companies report already experiencing operational losses or project delays due to talent attraction failures in the current hiring cycle (Lightcast, 2025).
• Demand for engineers with clean energy and grid modernization skills is projected to grow 47% in 2025, creating a sourcing problem for utilities that compete against renewable energy developers, technology companies, and consulting firms for the same candidates (Deloitte, 2025).

The apprenticeship model that has historically supplied the utility lineworker workforce is under stress. IBEW and utility joint apprenticeship programs are the primary training pipeline, but enrollment has not expanded fast enough to replace the exits. A utility lineworker apprenticeship runs four years, meaning decisions to expand program capacity made today do not produce journeyman linemen until 2030.

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10. Administrative and back-office staffing costs in utilities

Technical and operations roles are where most utility staffing cost conversations start, but the administrative infrastructure supporting a utility operation is substantial and expensive.

Utilities run large back-office functions: customer billing and account management, regulatory filing and compliance documentation, procurement and contract administration, workforce management, HR, accounts payable and receivable, permit tracking, environmental reporting, and executive support. These roles are operationally critical and carry fully loaded costs that are frequently underestimated.

Back-office and administrative salary benchmarks for utilities - BLS OEWS, May 2025; Glassdoor, 2025:

A typical regional utility with 300 to 500 employees carries $2.5 million to $4 million in annual administrative and back-office labor costs, a figure that scales with regulatory complexity and service territory size rather than just headcount.

Utility administrative work has several characteristics that make it well-suited for offshore or virtual assistant staffing models:

• The work is documentation-heavy: billing inquiries, compliance filings, permit applications, contract management, vendor invoice processing, and regulatory reporting.
• Most tasks have turnaround expectations measured in days rather than hours.
• A large share of the work does not require physical presence at a utility facility or service territory.
• Process documentation for routine administrative functions transfers reliably to trained remote support.

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11. VA and offshore staffing for utility back-office operations

Investor-owned utilities and municipal systems with tight operating budgets have been testing offshore and virtual assistant models for administrative support. The numbers are not complicated.

• A fully loaded in-house administrative specialist in utilities costs $67,480 to $101,360 annually when salary, benefits, employer taxes, and office overhead are included (BLS OEWS, 2025; SHRM Benefits Benchmarking, 2025).
• Offshore virtual assistants with utilities-sector administrative training (billing support, compliance documentation, contract tracking, accounts payable, scheduling) cost $8,000 to $22,000 annually depending on scope, provider, and experience level.
• That represents a 68 to 85% reduction in cost per function compared to equivalent in-house staffing.
• Business process outsourcing programs deliver an average of 15% cost savings versus in-house operations, with an average 11% improvement in quality performance, according to the ISG Market Lens BPO Study (ISG, March 2024, n=368 executives).
• Utilities companies piloting offshore administrative support report that 60 to 70% of routine back-office tasks transfer cleanly to trained remote staff within 30 to 60 days (Stealth Agents, 2025 Client Survey).
• Functions that do not transfer well include roles requiring real-time field coordination, direct regulator interaction, or physical inspection. Those represent a minority of total back-office volume in most utility operations.

Offshore vs. in-house cost comparison for utility back-office:

A regional utility replacing four in-house administrative roles with offshore equivalents saves $220,000 to $310,000 annually. That is enough to fund an additional operations coordinator or apprentice lineworker position while reducing total administrative headcount cost.

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12. Total staffing cost example: a mid-sized regional electric utility

The table below models annualized staffing costs for a representative mid-sized investor-owned electric utility serving 75,000 customers.

That $2 million core team budget is the management, technical, and administrative overhead floor for a competent mid-sized utility operation. On a $40 million annual revenue base, it works out to roughly 5.1% of gross revenue consumed by direct staffing, before field labor, contractor costs, or capital project spend.

Replacing the three administrative roles (regulatory compliance coordinator, administrative assistants, operations coordinator) with trained offshore equivalents at $13,000 to $18,000 each reduces that overhead by $185,000 to $230,000 annually, cutting the staffing cost ratio by nearly half a percentage point without reducing operational capability.

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13. Key statistics summary

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Controlling utilities industry staffing costs in 2026

The retirement wave hitting utilities is a decade-long structural reset of the labor supply, not a near-term risk to be managed. Utilities that begin succession planning now for licensed and certified roles, rather than waiting for vacancies to appear, will manage through the transition at significantly lower cost than those reacting to departures.

On turnover: the 7.2% non-retirement attrition rate represents a real problem even in an industry known for retention. The CEWD data shows the rate rising year over year, driven by competition from renewable energy developers, technology companies, and contractors who are pulling workers out of traditional utilities with competitive wages and newer facilities. Retention data from utilities that have held turnover flat identifies three consistent levers: base pay benchmarked annually against regional competitors (not just BLS national medians), career development tracks for technical professionals who do not want to move into management, and transparent communication about pension and benefits value to workers who may not fully price those in.

The water and wastewater sector deserves specific attention. Median wages for water treatment operators ($52,400) trail electric power operations significantly, and recruitment challenges in that sector are acute. The AWWA's 2025 State of the Water Industry Report identified workforce shortages as a top 10 challenge, with aging workforce and anticipated retirements rising from the 8th most pressing concern in 2021 to 4th in 2022. Rate-regulated water utilities have limited ability to compete on wages alone; workforce development partnerships with community colleges and targeted apprenticeship programs are the lever most within their control.

Administrative overhead is the most immediately addressable cost lever available to most utilities. Billing support, compliance documentation, contract administration, and executive support are genuinely transferable functions. The energy industry staffing costs 2026 data shows energy operators cutting admin overhead by 68 to 85% using offshore staffing on equivalent functions. The opportunity in utilities is at least as large, and the regulatory complexity of utility administration (rate filings, environmental reporting, permit tracking) actually creates more transferable documentation work, not less.

For utilities benchmarking against peers in adjacent infrastructure sectors, the construction industry staffing costs 2026 article covers the loaded cost and workforce shortage frameworks that apply across capital-intensive skilled-trades industries. Telecommunications industry staffing costs 2026 addresses the network operations and field technician labor market that directly overlaps with utility distribution workforce challenges.

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Sources

1. Bureau of Labor Statistics (BLS) - Occupational Employment and Wage Statistics (OEWS), May 2025
2. Bureau of Labor Statistics (BLS) - Employer Costs for Employee Compensation (ECEC), Q4 2025
3. Bureau of Labor Statistics (BLS) - Job Openings and Labor Turnover Survey (JOLTS), 2025
4. Bureau of Labor Statistics (BLS) - Union Membership Survey, 2025
5. Bureau of Labor Statistics (BLS) - Occupational Outlook Handbook, 2024-2034 Edition
6. Center for Energy Workforce Development (CEWD) - 2023 Energy Workforce Survey Executive Summary
7. Center for Energy Workforce Development (CEWD) - Energy Workforce Fast Facts
8. Data USA - Utilities Industry Profile (citing BLS/Census data), 2024
9. Deloitte - 2025 Power and Utilities Industry Outlook
10. U.S. Department of Energy - United States Energy and Employment Report, 2025
11. U.S. Census Bureau - U.S. Workforce Is Aging, December 2025
12. Manpower - 2024 Talent Shortage Survey (Energy and Utilities)
13. Lucasys - Navigating the Age Wave: The Maturing Workforce in the Utility Industry, 2023
14. Robert Half - Energy and Utilities Salary Guide, 2026
15. Black and Veatch - 2024 Water Report (workforce findings)
16. American Water Works Association (AWWA) - State of the Water Industry Report, 2025
17. ISG - Market Lens BPO Study, March 2024
18. Stealth Agents - 2025 Client Survey (offshore VA adoption in utilities operations)