Per-MW pricing, regional variance, and cost drivers for owners scoping hyperscale & AI builds.
Salary benchmarks across the 14 mission-critical disciplines.
Utility-scale solar is one of the busiest parts of U.S. construction right now. In 2026, the market is set to add about 43.4 GW of new utility-scale solar, and hiring is still tight across core project roles.
If I were sizing up this field fast, here’s the short version:
This article covers the seven jobs that drive large solar builds:
It also shows what each role usually does, what employers want, and where pay tends to land - from about $95,000 for many project engineer and safety roles up to $200,000+ for senior PM and preconstruction positions.
Utility-Scale Solar Construction Jobs: Salaries & Career Comparison 2026
In other words: if you want high pay, steady demand, and a path into power construction, utility-scale solar still offers all three - as long as you pick the role that fits your background and how much field time you want.
A project engineer sits right between design and field work on a utility-scale solar build.
This role turns engineering drawings into work the field team can actually use. That means handling RFIs and submittals, tracking equipment approvals, and making sure the site matches the spec. EPCs rely on project engineers to keep field coordination on track. Developers and owners lean on them to protect schedule, scope, and turnover quality.
Project engineers coordinate civil, structural, and electrical work. They review tracker and racking layouts, manage DC and AC cable runs, and keep as-builts up to date for turnover.
On solar-plus-storage projects, they also handle BESS scope, including battery electrical systems and NFPA 855 safety reviews.[1] As commissioning gets close, they usually take over punch lists, startup data, and closeout packages. In plain English: they help make sure the handoff doesn’t turn into a mess.
Most employers want a bachelor's degree in civil, electrical, mechanical, or construction engineering, or construction management. An EIT/FE certification can help early-career candidates stand out.
Field time matters a lot here. Experience with pile driving, racking, or cable-pull work gives project engineers the context they need to write useful RFIs and push back when a schedule looks off. People coming from heavy civil or other large infrastructure jobs often make this move well because earthwork, foundations, and electrical coordination carry over directly.
Base pay for utility-scale solar project engineers often lands around $95,000 to $130,000 per year.[1] One national salary guide puts the median at about $111,970, with top-end pay near $177,020.[2]
Entry-level engineers with limited field experience may start closer to $75,000–$85,000. Those with 5–10 years on large energy or infrastructure projects, PE licensure, or grid-interconnection experience can move toward the top of the range.
Utility-scale solar jobs reached about 29,708 in 2023 after adding 1,888 positions, a 6.8% increase.[4][5]
Hiring is no longer centered only on California. More of it has moved into Texas, the Midwest, and the Mid-Atlantic as developers chase land availability and grid capacity. Inside EPCs, project engineers keep field execution lined up with design. On owner and developer teams, they help guard scope, schedule, and turnover quality. The next move up on the field side is usually superintendent, the role that owns day-to-day site execution.
Where the project engineer helps keep execution on track, the superintendent owns what happens in the field. This is the person running day-to-day site work, lining up crews, and guarding the schedule from slipping.
On a utility-scale solar farm, the superintendent is often managing civil, mechanical, and electrical scopes at the same time. In plain terms, that means overseeing pile driving and grading crews, coordinating tracker and module installation, and managing MV/LV electrical work all the way through energization.
They also set the daily work plan, deal with field issues before they turn into schedule delays, and push subcontractors to hit production targets. If something gets out of sync in the field, the superintendent is usually the first person expected to fix it.
The job has also gotten tougher as solar-plus-storage projects show up more often. With that shift, superintendents now need working knowledge of BESS and NFPA 855. That matters because solar and storage together made up about 81% of all new U.S. generation capacity in 2025[1].
Most employers look for deep field construction experience on large-scale projects. They tend to favor people who have already led civil, mechanical, and electrical work, not just one scope.
A few credentials come up often:
Travel is a big plus. As solar construction has spread into Texas, Indiana, Michigan, and Ohio, companies have had a harder time finding local talent in every market. That has pushed up demand for traveling superintendents who can mobilize fast in thinner labor markets[1]. Someone who has worked in several states and across different project types has a clear edge right now.
Base pay for utility-scale solar superintendents usually lands between $130,000 and $165,000 per year[1].
Hiring demand for seasoned superintendents is still tight. The hottest demand is for people who can run solar-plus-storage scopes and deal with NFPA 855 requirements[1]. Employers are also looking for superintendents who can keep documentation in order and get to projects fast when local hiring options are limited.
From here, the focus moves away from field production and toward cost, contracts, and schedule ownership in the project manager role.
If the superintendent owns the field, the project manager owns the whole job.
The PM is the person on the hook for the budget, the schedule, the contracts, and the client relationship. That means they’re not just watching one part of the work. They’re keeping the whole machine moving.
A solar PM runs the project from NTP through turnover. That covers preconstruction, execution, and closeout.
In preconstruction, the PM reviews design packages, leads constructability reviews, supports estimating and bid strategy, and helps build the baseline schedule and budget. This is where a lot of future job pain gets avoided. If drawings are off or scope gaps slip through early, they usually come back later as delays, cost overruns, or change-order fights.
During execution, the PM coordinates field work and deliveries, tracks costs against the budget, approves and negotiates change orders, manages subcontractor performance, and works through RFIs and field issues. In plain English: when something starts drifting off plan, the PM is one of the first people expected to pull it back.
In closeout, the PM makes sure punch list items get cleared, turnover documents are complete, and final invoicing and contract closeout are finished.
PM priorities also shift based on who employs them. EPC contractor PMs tend to spend more time on budget control, subcontractor management, and keeping civil, mechanical, and electrical work lined up. Developer or owner PMs spend more time overseeing EPC performance, tracking interconnection milestones, and making sure the project hits commercial operation date (COD) on time.
That blend of budget control and preconstruction work also connects closely to the next role: estimator/preconstruction lead.
Most employers want 7–12+ years of construction experience, including 3–5 years leading 50–200+ MW energy or infrastructure projects [1].
Common paths into the role include:
Many companies also want a degree in civil, electrical, or construction engineering, or construction management. That said, deep field experience can sometimes stand in for a degree.
Employers also look for fluency with EPC or lump-sum contracts, change-order and claims experience, and proof that the candidate has delivered jobs on time and on budget. In 2026, one skill stands out more than most: the ability to manage co-located solar-plus-storage scopes [1].
Base pay usually falls between $125,000 and $160,000. Senior solar-plus-storage PMs can land between $160,000 and $200,000, with 10%–30% bonuses on top [1].
Demand for experienced solar PMs stays high. The U.S. solar industry needs about 355,000 workers by late 2026 to support 60–70 GW of annual installations, with an estimated shortfall of around 53,000 positions [6][7][8][9].
Project managers sit near the top of the hard-to-fill list. 86% of solar employers report trouble filling open roles, and about 47% say they have a hard time hiring directors, supervisors, and mid-level managers [7].
In 2026, one of the toughest hires is the PM who can run both solar and BESS scopes [1]. That’s why companies that can’t find that person nearby are pulling talent from oil & gas, transmission, and industrial construction, then training them on solar-specific work. The hottest profile is the leader who can handle job execution and storage integration without missing a beat.
The estimator prices the job before construction starts. On utility-scale solar projects, that number can make or break a bid, shape procurement, and protect margin. In plain English: estimating now sits right at the center of project profit.
That first estimate also becomes the budget baseline the PM, superintendent, and scheduler carry into the field. If the starting number is off, the whole job feels it.
The estimator or preconstruction lead owns the budget before construction begins. That includes building cost models from design packages, lining up scope across the project team, working with suppliers early, and mapping out long-lead procurement for gear like trackers, inverters, and transformers [3].
On solar-plus-storage work, the job gets broader. Estimators need to price battery electrical scope, account for NFPA 855 safety reviews, and factor in more involved commissioning sequences [1]. Geography also plays a big role. As solar moves beyond California and Arizona into the Midwest and Mid-Atlantic, labor assumptions can shift enough to change the final price in a big way [1].
Those assumptions don't stay on a spreadsheet. They flow straight into the schedule and procurement plan that come next.
Employers want estimators who can handle estimating, cost modeling, and design-assist process support. Experience with MEP, electrical systems, or self-perform work often brings the highest pay bands [3].
Credentials can help too:
Performance bonuses for senior preconstruction roles usually land between 15% and 30% of base salary. Vehicle programs or profit-sharing can add another $25,000 to $40,000 to the total package [3].
The next role takes those numbers and turns them into a project schedule the field team can actually run.
Active build corridors like Dallas–Fort Worth, Phoenix, Atlanta, and Northern Virginia are seeing the toughest competition for preconstruction talent. In all four markets, salaries are running above national medians [3].
Once the budget is locked in, the scheduler turns that plan into a sequence the field can actually build. This role owns the critical path: production rates, work sequence, delivery dates, and progress tracking against the baseline schedule. In solar-plus-storage, that also means keeping battery delivery, testing, and energization milestones on track. If those dates slip, the whole job can feel it.
The scheduler builds and updates the project schedule in Primavera P6 and spots delays before they snowball. On utility-scale solar jobs, that means tying the schedule to production rates and commissioning milestones, not just dropping tasks onto a calendar.
There’s a clear lane here. PMs own cost and contracts. Superintendents own field execution. Schedulers own sequence and schedule logic. This role is also often called Project Controls Specialist. That ownership becomes even more important as the project gets closer to energization and turnover.
Most employers want Primavera P6 experience, plus a background in oil and gas or heavy civil work. Those fields transfer well because the production-rate logic and schedule discipline are already in place [1].
AACE certification or focused Primavera P6 training can lead to higher pay [3]. That matters even more once the project enters commissioning, when timing mistakes can ripple through the rest of the work.
Utility-scale solar schedulers usually earn $115,000 to $150,000 in base pay. Lead project controls roles can reach $160,000 to $200,000.
Senior project controls roles also often come with performance bonuses in the 15% to 30% range of base salary [3]. And utility-scale energy projects pay about 32% more than general construction for the same controls talent [3].
Project controls and scheduling roles are named as binding or critical constraints in the 2026 renewable buildout [1].
The commissioning engineer handles the last startup and turnover phase before a solar project goes live. On hybrid solar-plus-storage sites, the job gets more involved. You’re not just dealing with solar equipment. You also have battery tests, NFPA 855 reviews, and a more layered energization sequence to work through.
That’s why commissioning sits right at the handoff point between field construction and commercial operation. It’s the moment where everything has to work, safely and in the right order.
A big part of the role now is coordinating utility interconnection milestones, especially since grid-connection delays often last longer than the actual build timeline[1]. In practice, that means the job blends electrical work, testing, troubleshooting, and final turnover tasks.
It also explains why employers want people who’ve spent time in the field. This isn’t a desk-only role. You need to know how systems behave when the project moves from “installed” to “energized.”
Most employers look for field experience in electrical systems, SCADA, testing, and turnover work. For hybrid projects, BESS experience matters more and more, along with a working knowledge of battery electrical systems.
Commissioning jobs sit near the end of the construction chain, and pay often climbs when the role includes BESS, SCADA, and utility energization experience. Base pay for utility-scale commissioning engineers usually falls between $110,000 and $155,000, while senior roles or positions on hybrid projects can reach $160,000 to $185,000[1].
Demand is strong for a simple reason: solar and storage together made up about 81% of new U.S. generation capacity additions in 2025[1]. On top of that, planned battery storage additions are expected to jump 57% in 2026, reaching 24 GW[1].
That puts real pressure on hiring. Commissioning teams are tough to staff, and hybrid projects make the challenge even sharper.
Because startup depends on safe energization and strict lockout discipline, safety leadership becomes a core part of the role at this stage.
The safety manager is the person keeping crews safe on utility-scale solar sites where civil work, electrical installation, and battery storage all happen at once. On EPC jobs, this role is usually based in the field. On owner and developer teams, it tends to lean more toward oversight and compliance.
This role covers the day-to-day safety work that keeps a site from drifting into trouble. That includes running toolbox talks, inspecting the site, enforcing lockout/tagout and energized-work rules, and stopping unsafe work before it turns into a bigger issue.
On hybrid solar-plus-storage projects, the job also includes overseeing battery installation safety under NFPA 855 and related battery-safety rules. As the project shifts from earthwork into energized work, that authority matters even more.
Most employers look for:
Add NERC CIP only when gen-tie or substation energization is part of the scope.
Base pay for utility-scale solar safety managers usually lands between $95,000 and $140,000 per year. Senior roles on large hybrid solar-plus-storage projects or multi-site programs can reach $145,000 to $165,000.
Hiring demand stays strong, especially for safety leads who can support hybrid projects. It’s strongest on solar-plus-storage sites, where the safety scope is broader and the work can change fast. That mix of compliance, authority, and field presence makes this role look very different from the production-focused jobs above.
The table below turns the role breakdown into a quick decision guide.
One pattern stands out: hybrid solar-plus-storage experience brings the clearest pay bump across these roles.
In most cases, hybrid solar-plus-storage work pays 10% to 15% more than solar-only work, with the strongest upside showing up for Project Managers and commissioning leaders [1].
Utility-scale solar is on track to add more than 44 GW in 2026, which puts it among the strongest hiring markets in U.S. construction [1].
For candidates, the choice usually comes down to three things: pay, how easy it is to break in, and how tough the field work is. At the high end, Senior Project Managers with hybrid solar-plus-storage experience can earn $160,000 to $200,000 across the country [1].
The easiest way in for people coming from power, heavy civil, or infrastructure construction is usually through the Project Engineer or Superintendent path. Solar and BESS work tends to follow standardized, repeatable scopes, so the learning curve is manageable for people with those backgrounds [1].
At the top of the market, things get tighter where electrical scope and storage meet. The hardest jobs to fill are senior PMs, traveling superintendents, and BESS electrical leads [1].
EPCs, developers, and owners will keep paying the most for people who can deliver solar and storage together.
A field engineer is often seen as the best place to start in utility-scale solar construction.
Why? Because it puts you right on the jobsite.
In this role, you get hands-on experience with technical support, quality checks, and site reporting while working alongside senior staff. That kind of day-to-day exposure helps you learn how solar projects come together in practice, not just on paper.
Over time, that experience builds the practical know-how needed to move into more specialized leadership roles, including project management or superintendent positions.
Yes. Travel is often a core part of utility-scale solar construction because many projects are built in remote or rural areas, where the local labor pool can be thin.
It’s especially common in roles like superintendents, field managers, commissioning specialists, and site leads. Employers often want people who can move where the work is. To make that easier, they may offer per diem, rotation schedules, or relocation assistance.
Moving from general construction into utility-scale solar can be a smart career shift, especially if you come from heavy civil, oil and gas, or conventional power. Those backgrounds line up well with the kind of work these projects need day to day.
Employers also put a lot of weight on geographic mobility and a willingness to travel to remote job sites. In plain terms: if you can pack up, go where the work is, and handle site life, you’ll stand out.
It helps to build experience in a few key areas:
Certifications like NABCEP and OSHA training can strengthen your profile too. They won’t replace field experience, but they can help show that you’re serious and ready to work in this part of the industry.
