Solar Installer

Solar photovoltaic installers work in one of the fastest-growing occupations in America, with a projected growth rate of 22% – much faster than the average for all occupations.

While the median salary of $47,670 is moderate for the trades, the combination of rapid industry expansion, federal tax incentives driving demand, and relatively short training requirements make this an accessible entry point into the booming clean energy sector.

What Does a Solar Technician Do?

Solar photovoltaic (PV) installers assemble, install, and maintain solar panel systems on rooftops, ground-mount structures, and commercial building facades. The work bridges electrical skills and construction knowledge – you need to understand both how electricity flows through a PV system and how to safely mount heavy equipment on a roof.

Core responsibilities include:

• Site assessment. Evaluating roof condition, orientation, shading, and structural capacity before installation begins. Using tools like Solar Pathfinder or satellite imagery to determine optimal panel placement.
• Mounting system installation. Attaching racking systems to roofs using lag bolts, flashings, and rail assemblies while maintaining waterproof integrity of the roof membrane.
• Panel installation. Positioning and securing solar modules onto racking systems, wiring panels in series or parallel strings according to the system design.
• Electrical connections. Running conduit, pulling wire from the roof array to the inverter location, installing disconnect switches, and connecting to the building’s electrical panel. Wiring microinverters or string inverters and configuring monitoring systems.
• System commissioning. Testing voltage, current, and ground fault protection. Verifying proper operation of inverters and monitoring equipment. Coordinating with the utility for net metering interconnection.
• Maintenance and troubleshooting. Diagnosing underperforming systems, replacing failed panels or inverters, cleaning panels, and performing annual inspections.
• Battery storage. Installing and configuring battery backup systems like Tesla Powerwall, Enphase IQ, or commercial-scale lithium-ion storage systems – an increasingly common add-on to solar installations.

Solar technicians may work on residential systems (typically 5-15 kW), commercial rooftop or carport systems (100 kW to several MW), or utility-scale ground-mount solar farms (10 MW and larger). Each scale involves different equipment, techniques, and team structures.

A Day in the Life of a Solar Technician

A residential installer’s day often starts at 7:00 a.m. at the company warehouse, loading trucks with panels, racking hardware, and electrical components for the day’s jobs. The crew – typically 2 to 4 installers – drives to the job site and begins with a safety meeting covering fall protection, roof conditions, and the day’s scope.

The first task is usually setting up fall protection anchors and laying out the racking system on the roof. One or two crew members work on the roof while others pass panels up using a conveyor or carry them up ladders. Mounting the racking and flashing takes the morning. After lunch, the crew installs panels and begins wiring. A fast residential crew can complete a 20-panel installation in a single day.

On a commercial project, the pace is different. You might spend several days on the same roof, working with a larger crew to install hundreds or thousands of panels. The electrical work is more complex, with higher voltages, larger wire sizes, and more involved inverter configurations.

The work is physically demanding – carrying 40-pound panels up ladders, kneeling on hot roofs, and working in direct sun for hours. Summer heat is a real factor, and most companies schedule early starts to beat the worst of the afternoon temperatures.

Solar Technician Salary and Job Outlook

Source: U.S. Bureau of Labor Statistics, 2024 data.

Salary by Experience Level

• Entry-Level Installer (0-1 year): $28,000-$35,000. Learning the basics of racking, panel installation, and jobsite procedures.
• Experienced Installer (2-4 years): $40,000-$50,000. Handling full installations with minimal supervision, beginning electrical work.
• Lead Installer / Crew Foreman (4-7 years): $50,000-$65,000. Running crews, managing job timelines, and handling complex roof configurations.
• Solar Electrician (with electrical license): $60,000-$80,000. Performing all electrical connections, commissioning, and inspections.
• Project Manager / System Designer: $70,000-$95,000. Overseeing multiple installations, designing systems, managing customer relationships.

Highest-Paying States for Solar Technicians

Solar installer pay tracks closely with both cost of living and the intensity of the local solar market. Top-paying states include:

California leads in both solar employment and pay, with the state’s ambitious clean energy mandates driving continuous demand.

Job Outlook

The 22% projected growth rate makes solar installation one of the fastest-growing occupations in America. Several factors are driving this growth:

• Federal Investment Tax Credit (ITC). The Inflation Reduction Act extended and expanded the solar investment tax credit through 2032, keeping residential and commercial installations financially attractive.
• State renewable portfolio standards. Many states have mandated that utilities source increasing percentages of electricity from renewable sources.
• Declining equipment costs. Solar panel prices have dropped dramatically over the past decade, making installations more affordable for homeowners and businesses.
• Battery storage integration. The addition of home battery systems to solar installations is creating more work per project and driving repeat business.
• Corporate sustainability commitments. Major corporations are installing solar on warehouses, offices, and retail locations to meet net-zero goals.

The 2,300 annual openings figure from BLS may undercount actual hiring because the solar industry has grown faster than projections in recent years, and many solar jobs are not captured under this single SOC code.

How to Become a Solar Technician

Step 1: Meet Basic Requirements

A high school diploma or GED is the standard requirement. Courses in math, physics, and shop are helpful. You should be physically fit, comfortable working on roofs and at heights, and able to lift at least 50 pounds. A valid driver’s license is required; some employers prefer a clean driving record.

Step 2: Get Trained

There are several paths into solar installation:

• Certificate programs (2-12 weeks). Short-term programs at community colleges or trade schools that cover solar PV fundamentals, NEC code requirements, and hands-on installation practice. Cost: $1,500-$5,000.
• Associate degree in solar/renewable energy (2 years). More comprehensive programs that include electrical theory, system design, and business skills. Cost: $5,000-$15,000 at a community college.
• Employer training. Many solar companies hire entry-level workers and train them on the job. Large employers like SunPower, Sunrun, and Tesla Energy have structured training programs for new hires.
• NABCEP Entry Level Exam. The North American Board of Certified Energy Practitioners offers an entry-level knowledge exam that demonstrates foundational understanding without requiring work experience.

Step 3: Gain Field Experience

Most employers expect 1-2 years of field experience before giving you lead responsibilities. Start as a helper or installer, learn the mechanical and electrical aspects of installation, and work toward independence on the roof.

Step 4: Pursue Advanced Certifications

After gaining experience, the NABCEP PV Installation Professional (PVIP) certification is the industry gold standard. It requires a combination of education and documented field hours. See the Licensing and Certification section below for details.

Timeline

You can start working in solar installation within weeks to months of training. Reaching lead installer or crew foreman status typically takes 2-4 years. Earning NABCEP PVIP certification requires at least 3-5 years of combined education and experience.

Licensing and Certification

NABCEP Certifications

The North American Board of Certified Energy Practitioners (NABCEP) offers the most widely recognized certifications in the solar industry:

• NABCEP PV Associate. An entry-level credential demonstrating foundational knowledge of PV systems. No experience required – just pass the exam. Cost: approximately $150-$200. Valid for 3 years.
• NABCEP PV Installation Professional (PVIP). The industry gold standard for experienced installers. Requires a combination of education and documented installation hours (typically 3-5 years of experience). Exam cost: approximately $350-$400. Recertification every 3 years through continuing education.
• NABCEP PV Design Specialist. For professionals focused on system design rather than installation.

NABCEP-certified installers command higher wages and are preferred by employers, particularly for lead installer and project management roles.

Electrical Licensing

Many states require that the electrical connection portions of a solar installation be performed by a licensed electrician. Depending on your state:

• Some states allow solar installers to do all work under a solar-specific contractor license.
• Others require a licensed electrician for final connections to the electrical panel.
• A few states have solar-specific installer licenses separate from the general electrical license.

If you plan to advance in solar, obtaining a journeyman or master electrician’s license significantly expands your scope of work and earning potential. See our electrician career guide for details on that path.

OSHA Safety Certifications

• OSHA 10-Hour Construction – Standard for entry-level construction workers. Cost: $25-$100.
• OSHA 30-Hour Construction – Expected for crew leaders and foremen.
• Fall Protection Competent Person – Critical for rooftop work.

Skills and Tools

Technical Skills

• Solar PV system design and layout using software like Aurora Solar, Helioscope, or SketchUp
• Electrical wiring per NEC Article 690 (Solar Photovoltaic Systems) and Article 705 (Interconnected Power Production Sources)
• Roof work including flashing, waterproofing, and structural assessment
• Inverter programming and monitoring system configuration (SolarEdge, Enphase, SMA)
• Battery storage installation and commissioning
• Conduit bending, wire pulling, and electrical panel work
• String sizing calculations and system voltage design

Soft Skills

• Attention to detail. Incorrect wiring or improperly sealed roof penetrations create serious safety and warranty issues.
• Customer communication. Residential installers interact directly with homeowners and need to explain system operation clearly.
• Teamwork. Solar installation is crew-based work requiring coordination on rooftops and with ground-level support.
• Problem-solving. Every roof is different, and field conditions frequently require adapting the planned design.
• Physical stamina. Full days of rooftop work in direct sun requires endurance.

Tools and Equipment

• Power drills, impact drivers, and roofing tools
• Conduit benders, wire strippers, and crimping tools
• Multimeters, clamp meters, and irradiance meters
• Solar Pathfinder or shade analysis tools
• Panel conveyors and roof hoists
• Fall protection equipment: harnesses, lanyards, roof anchors
• Torque wrenches for module mounting hardware

Work Environment

Where Solar Technicians Work

Primarily on rooftops and at ground-mount solar farm sites. Residential work involves single-family homes and small commercial buildings. Commercial and utility-scale work takes you to warehouses, distribution centers, parking structures, and open-field installations.

Schedule

Most solar companies operate Monday through Friday, 7:00 a.m. to 4:00 or 5:00 p.m. Overtime is common during peak installation season (spring through fall). Weekend work is less common than in other trades but does occur to meet project deadlines. Some commercial and utility-scale projects involve travel and extended stays away from home.

Physical Demands

The work is physically demanding: carrying panels weighing 40-50 pounds up ladders, kneeling and bending on rooftops for extended periods, and working in direct sunlight and heat. Heat-related illness is a genuine occupational hazard during summer months.

Pros and Cons

Pros:

• Fastest-growing trade in America – strong job security and demand
• Contributing to clean energy and climate solutions
• Relatively short training path compared to licensed trades
• Work is outdoors, physical, and varied
• Industry is young and offers rapid advancement opportunities
• Federal and state incentives ensure continued market demand

Cons:

• Median pay is lower than many other trades ($47,670 vs. $82,340 for lineworkers, $61,590 for electricians)
• Physically demanding rooftop work in direct sun and heat
• Fall hazard from roof work is the primary safety concern
• Work can be seasonal in northern climates (slower in winter)
• Industry is somewhat dependent on government incentive policies
• Entry-level wages are relatively low ($28,602 at the 10th percentile)

Career Advancement

Typical Career Path

1. Entry-Level Installer ($28,000-$35,000) – Installing racking and panels under supervision.
2. Experienced Installer ($40,000-$50,000) – Handling full mechanical and basic electrical installation.
3. Lead Installer / Crew Foreman ($50,000-$65,000) – Running crews, managing quality and safety on site.
4. Solar Electrician ($60,000-$80,000) – Licensed to perform all electrical work on solar systems.
5. Project Manager ($70,000-$95,000) – Overseeing multiple installation crews and managing project schedules.
6. System Designer / Sales Engineer ($75,000-$100,000) – Designing systems, managing proposals, and closing sales.
7. Branch Manager / Operations Director ($90,000-$130,000+) – Managing regional operations for a solar company.

Specialization Options

• Battery storage specialist – Installing and commissioning residential and commercial battery systems
• Commercial / utility-scale installer – Working on large-scale projects with higher complexity
• Solar system designer – Using software to design optimized PV systems
• Solar sales – Combining technical knowledge with sales skills (often includes commissions)
• Solar inspector – Performing code compliance inspections for AHJs (authorities having jurisdiction)
• O&M technician – Specializing in monitoring, maintenance, and repair of existing systems

Related Careers

• Electrician – $61,590 median salary, broader electrical scope
• Lineworker – $82,340 median, grid-scale power infrastructure
• HVAC Technician – $53,410 median, complementary energy efficiency skills
• Controls Technician – $62,000 median, building automation

Browse all Skilled Trades & Technical Careers.

Professional Associations and Resources

• North American Board of Certified Energy Practitioners (NABCEP) – The gold standard for solar certifications. nabcep.org
• Solar Energy Industries Association (SEIA) – The national trade association for the U.S. solar industry. seia.org
• Interstate Renewable Energy Council (IREC) – Accredits solar training programs and workforce development. irecusa.org
• International Brotherhood of Electrical Workers (IBEW) – Represents some solar installers, particularly on utility-scale projects. ibew.org
• Solar Training Network – Connects workers with solar training programs and employers. solartrainingnetwork.org
• Department of Energy Solar Energy Technologies Office – Information on solar technology development and workforce programs. energy.gov/eere/solar

Frequently Asked Questions

Is solar installation a good career in 2026?

Yes, if you value job growth and industry momentum. The 22% projected growth rate is among the highest of any occupation. Federal incentives through the Inflation Reduction Act are expected to sustain demand through at least 2032. However, entry-level pay is lower than many other trades, so consider whether the growth trajectory and advancement opportunities match your financial goals.

Do I need an electrical license to install solar panels?

It depends on your state. In many states, you can install the mechanical components (racking and panels) without an electrical license, but the electrical connections must be made by a licensed electrician. Some states have solar-specific installer licenses. Check your state’s contractor licensing board for specific requirements.

How much does NABCEP certification cost?

The NABCEP PV Associate exam costs approximately $150-$200. The PV Installation Professional (PVIP) exam costs approximately $350-$400. Preparation courses from training providers range from $500 to $2,000. The certification is valid for 3 years and requires continuing education for renewal.

Is solar work seasonal?

In northern states, solar installation slows during winter months due to shorter days, snow, and cold temperatures. In Sun Belt states like California, Texas, Florida, and Arizona, work continues year-round. Many companies in seasonal markets diversify into related work (electrical, roofing, battery storage) during slower months.

Can I start my own solar company?

Yes, and many successful solar businesses started with experienced installers going independent. You will typically need a contractor’s license (often electrical or general), liability insurance, and NABCEP certification helps establish credibility. The initial investment for a truck, tools, and insurance can range from $20,000 to $50,000. Many installers start as subcontractors before launching their own operations.

What is the biggest safety risk in solar installation?

Falls from rooftops are the primary safety concern. OSHA requires fall protection for any work performed at heights of 6 feet or more. Electrical shock from working with energized DC circuits (solar panels produce electricity whenever exposed to light) is the second major hazard. Arc flash is a risk when working near inverters and electrical panels.

How does solar pay compare to being an electrician?

The median electrician salary ($61,590) is higher than the median solar installer salary ($47,670). However, solar installers who obtain their electrical license and move into lead or design roles can earn $60,000-$100,000+. The solar career path often leads to project management and system design roles that match or exceed electrician pay. Many solar professionals hold both credentials.

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