Empregos em energia solar

The solar energy industry employed 7.3 million people worldwide in 2024, making it the single largest employer in the renewable energy sector. That number has grown steadily from 4.9 million in 2022, driven by record installations and expanding manufacturing capacity across every continent.

For job seekers, this translates into a labour market that is both large and diverse. Solar careers span rooftop installation crews, power electronics engineering, project finance, grid integration, sales, and software development. Whether you are an experienced professional exploring a sector change, a recent graduate, or a skilled tradesperson looking for long-term career stability, solar energy offers realistic pathways.

This guide breaks down the current state of the solar job market, the roles available, what the work actually involves, and how to get started.

The market in numbers

Global solar capacity reached 2.2 terawatts (TW) by the end of 2024 after a record 597 GW of new capacity was installed during the year -- a 33% surge over 2023. To put that in perspective, the world added more solar capacity in 2024 alone than the entire installed base that existed a decade ago.

According to the IEA World Energy Employment 2025 report, the solar PV sector surpassed 5 million direct jobs in 2024 and created 310,000 new positions that year -- accounting for 40% of all job additions in the global power sector. Distributed solar (rooftop and commercial installations) accounts for roughly two-thirds of all solar employment, despite representing 43% of installed capacity -- an important detail for job seekers, since it means most solar work happens locally, not at remote utility-scale sites.

Looking ahead, SolarPower Europe projects up to 655 GW of new installations in 2025, with annual additions approaching the 1 TW mark by 2030. The IEA expects approximately 3.6 TW of new solar to be built between 2025 and 2030 -- representing nearly 80% of all new renewable capacity worldwide.

In the EU, the solar workforce reached a record 764,400 jobs in 2024, led by Germany, Spain, and Italy. China continues to dominate both manufacturing and deployment, with 4.2 million solar PV jobs -- more than half the global total.

Where the jobs are

Solar employment is concentrated in a handful of major markets, but opportunities are expanding globally.

Europe employed 764,400 people in solar PV across the EU in 2024 -- a record. Germany is the largest EU solar employer with around 128,000 jobs, followed by Spain and Italy, which overtook Poland in 2024 to take the second and third positions. France, Romania, and Hungary round out the top seven. The UK's solar sector continues to grow, driven by commercial rooftop and ground-mounted projects. The European market faces a temporary adjustment in 2025 as deployment moderates, but medium-term projections remain strong as the EU pursues its 2030 renewable energy targets.

China is the undisputed leader, accounting for 4.2 million solar PV jobs -- 58% of the global total. The country installed 329 GW of new solar capacity in 2024 alone (55% of global additions) and dominates the entire supply chain from polysilicon production to module assembly. China's integrated, large-scale manufacturing ecosystem sets global panel prices and shapes the job market for everyone else in the industry.

Rest of Asia: India's solar workforce has grown to approximately 385,000 jobs, boosted by 30.7 GW of new installations in 2024 -- a 145% increase over the previous year. Altogether, Asian countries host 75% of the world's solar PV employment.

Africa posted the fastest growth rate of any region in 2025, with a 23% increase in solar PV employment. Both utility-scale projects and off-grid solar are creating new installation, sales, and logistics roles across the continent.

The Americas: The United States has approximately 280,000 solar PV jobs, concentrated in California, Florida, and Texas.

Careers along the solar value chain

The solar industry offers a wider range of careers than many people expect. Here is a practical overview of the main categories.

Installation and construction

These are the most numerous roles in the industry and often the most accessible entry point.

Solar PV installers mount panels on rooftops and ground-mounted structures, wire systems, connect inverters, and commission installations. The work is physical and outdoors -- you are on roofs and scaffolding, handling equipment and wiring. A typical day starts at the warehouse loading materials, followed by a safety briefing on-site, then hands-on installation work. In the EU, installers typically earn between €40,000 and €55,000 annually depending on the country, with Germany at the higher end of that range.

Electricians with solar expertise handle the electrical connections between solar systems, inverters, and the grid. Licensed electricians can move into solar with relatively short additional training -- often a few weeks of PV-specific coursework.

Construction managers and site supervisors oversee crews, coordinate logistics, enforce safety protocols, and ensure projects finish on time and budget.

Engineering and design

Solar design engineers create system layouts using specialised software (AutoCAD, PVsyst, Helioscope, Aurora Solar). They run simulations to optimise energy output, size components, calculate structural loads, and produce permit-ready plan sets. This is primarily office-based work and increasingly available as a remote position.

Electrical engineers design the power electronics, wiring, and grid interconnection systems. As solar projects grow in complexity -- particularly utility-scale plants with storage -- this role is in strong demand.

Structural and civil engineers handle the mounting systems, foundations, and site preparation for ground-mounted and carport installations.

Project development and management

Solar project managers coordinate every phase of a project: permitting, procurement, construction scheduling, budget tracking, and commissioning. In residential solar, project turnaround is typically around 10 weeks with less than one week of intense on-site work. Utility-scale projects run for months or years and involve far larger teams.

Project developers identify sites, negotiate land leases or rooftop agreements, secure grid connections, navigate permitting, and arrange financing. This role requires a mix of technical understanding, business acumen, and regulatory knowledge.

Operations and maintenance (O&M)

O&M technicians keep solar plants running after commissioning. A typical day involves checking monitoring dashboards, investigating underperformance, inspecting panels and wiring, greasing tracker drives, and troubleshooting faults. As the global installed base grows past 2 TW, O&M is becoming one of the fastest-growing segments.

Performance analysts and asset managers monitor fleet performance using data analytics, identify degradation patterns, and optimise energy production across portfolios of solar plants.

Sales and business development

Solar sales consultants assess customer energy needs, design preliminary system proposals, and close deals. In residential solar, this often involves door-to-door canvassing and in-home consultations. In commercial and utility-scale, sales cycles are longer and more relationship-driven.

Business development managers build partnerships with EPCs (engineering, procurement, and construction firms), utilities, and large corporate buyers.

Emerging and specialist roles

Solar software engineers build the platforms that design, sell, monitor, and manage solar systems -- from cloud-based design tools to AI-powered performance monitoring.

Storage integration specialists combine solar PV with battery systems, requiring knowledge of both technologies and their interaction with the grid.

Agrivoltaics specialists work on dual-use solar installations that combine energy generation with agriculture -- a growing niche in land-constrained markets.

Sustainability and ESG analysts help solar companies and their clients report on environmental and social impact, a function that is growing in importance as regulatory frameworks tighten.

Salary overview

Salaries vary significantly by role, experience, and location. The table below shows current ranges for key markets.

Salary ranges based on 2025 data from Glassdoor, SalaryExpert, and ZipRecruiter. Sales roles often include commission; actual earnings vary widely by market.

Getting in: qualifications, training, and certifications

Entry-level installation roles

Many solar installation positions do not require a university degree. Employers typically look for physical fitness, comfort working at heights, basic electrical knowledge, and a willingness to learn. Construction experience or an electrical trade background is a significant advantage.

In most European countries, the entry path runs through national vocational training systems. Germany's dual education system (Ausbildung) offers structured apprenticeships as an Elektroniker (electrician) or Anlagenmechaniker (systems mechanic) with solar-specific modules, typically lasting 3 to 3.5 years. The Netherlands, Denmark, and other EU countries have similar vocational tracks. In the UK, electrical installation apprenticeships through bodies like the JIB (Joint Industry Board) or EAL provide recognised pathways, with PV-specific training added through short courses.

In China, the world's largest solar market, major manufacturers like JinkoSolar, LONGi, and Tongwei run their own workforce training programmes to keep pace with the country's massive deployment and manufacturing scale.

In North America, NABCEP (North American Board of Certified Energy Practitioners) is the industry gold standard, offering a PV Associate entry-level credential and the PV Installation Professional (PVIP) certification. Apprenticeship programmes through IBEW and organisations like Solar Energy International (SEI) provide structured training paths.

Professional certifications

Europe: Qualifications follow national electrical certification frameworks with solar-specific additions. The GWO (Global Wind Organisation), originally a wind energy safety standard, has expanded into solar PV through a new Solar Safety Training Standard covering safety, first aid, and safe working practices -- over 160,000 people in 52+ countries hold valid GWO certificates. The European Commission's REPowerEU plan has also spurred investment in solar workforce training across member states.

North America: NABCEP's PVIP certification requires 58 hours of training and passing an examination. Holders report an average salary increase of around $11,000 and 75% say it helped them get a job.

Engineering and office-based roles

For engineering positions, employers generally expect a degree in electrical, mechanical, or renewable energy engineering. Proficiency in design software (PVsyst, Helioscope, AutoCAD) is often essential. Project management roles benefit from PRINCE2 or PMP certification, along with direct solar industry experience.

Transitioning from other industries

Solar is one of the more accessible renewable energy sectors for career changers. Several industries produce workers with directly transferable skills.

Oil and gas: Project management, site operations, HSE (health, safety, environment), and engineering skills all translate directly. According to IRENA, half of workers in fossil fuel sectors who face redundancy risks this decade have skills demanded by growing clean energy sectors. In practice, many workers need only minimal retraining -- around four weeks of additional dedicated training. This is particularly relevant in Europe, where the energy transition is reshaping labour markets in countries with significant oil and gas sectors like the UK, Norway, and the Netherlands.

Construction and trades: Roofers, electricians, plumbers, and general construction workers have many of the physical and technical skills solar installation requires. The additional learning curve is primarily solar-specific electrical work and system design principles. In countries with strong vocational training traditions (Germany, Austria, Switzerland, the Nordics), qualified tradespeople can add solar competencies through relatively short upskilling courses.

IT and software: The growing digitalisation of solar (design software, monitoring platforms, AI-powered analytics) creates demand for software developers, data scientists, and IT professionals who are interested in the energy sector.

Manufacturing and industrial engineering: With China producing the vast majority of the world's solar panels and Europe working to build domestic manufacturing capacity, there is growing demand for professionals with production, quality assurance, and supply chain experience -- particularly as the EU invests in reshoring parts of the solar supply chain.

Career progression

The solar industry offers clearly defined advancement pathways. Across Europe and globally, solar careers follow similar progression routes, whether you start in installation, engineering, or project development.

A common progression in installation:

Entry-level installer (1-3 years) → Crew leader (3-5 years) → Site supervisor or project manager → Operations manager or regional director

In engineering and design:

Junior designer → Senior design engineer → Lead engineer → Engineering manager or technical director

Key accelerators for career growth include:

• Recognised certifications (NABCEP in North America, national electrical qualifications plus PV-specific training in Europe)
• Moving from residential to commercial to utility-scale projects
• Specialising in high-demand areas like storage integration, grid services, or performance engineering
• Gaining experience across multiple stages of the project lifecycle

Working conditions: an honest look

Solar careers come with realities worth understanding before committing.

Installation work is physical. Installers spend long hours outdoors, often on rooftops in varying weather conditions. Falls, electrical hazards, and heat exposure are the leading safety risks in the sector. The EU's Directive on Health and Safety at Work sets minimum standards, with national regulations adding further requirements. Rigorous safety training and PPE are standard, but the work demands physical fitness and comfort with heights.

Seasonality affects some roles. Installation work can slow during winter months in Northern Europe and other high-latitude regions, though this varies. Southern European markets (Spain, Italy, Greece) and regions closer to the equator experience less fluctuation.

Office-based roles offer more flexibility. Design engineers, project managers, sales professionals, and software developers often work standard hours with increasing remote work options. There are currently hundreds of remote solar positions advertised across major job boards.

The industry has a diversity gap. Women represent approximately 32% of the total renewables workforce according to IRENA. Many companies and industry organisations are actively working to improve representation, but progress remains uneven.

Technology trends shaping solar careers

Several trends are worth watching if you are planning a career in solar.

AI and automation are reshaping how solar companies operate. AI-powered tools now assist with site assessment, system design, predictive maintenance, and energy forecasting. The global solar AI market was estimated at $5.96 billion in 2024, growing at over 20% annually. This is creating demand for professionals who combine solar knowledge with data and software skills.

Solar-plus-storage is increasingly the standard for new projects. As battery costs fall, most new solar installations are being paired with energy storage. This means employers are looking for workers who understand both technologies.

Distributed solar is driving employment. Despite generating less energy per installation, rooftop and commercial solar accounts for two-thirds of solar employment globally according to the IEA. This segment creates local jobs that cannot be offshored.

Grid integration is getting more complex. As solar penetration increases, roles focused on grid interconnection, power electronics, and energy management are growing in importance.

Workforce challenges and what they mean for job seekers

The solar industry is not without challenges -- but several of these actually work in favour of job seekers.

The IEA warns that to prevent the skills gap from widening further by 2030, the number of new qualified entrants into the energy sector globally would need to rise by 40%. This skills shortage gives trained workers significant bargaining power.

IRENA noted that job growth slowed to 2.3% in 2024 despite record installations, partly due to automation and economies of scale. This suggests the industry is maturing -- emphasising quality and specialised skills over pure headcount growth.

For candidates, this means: generic skills are becoming less valuable, while specialised knowledge (storage integration, grid services, AI/data analytics, advanced PV technologies) commands a premium.

Below you will find the latest solar energy jobs listed on Rejobs.