India clean energy jobs: 44 lakh by 2030 report

Why the jobs forecast matters for India’s energy transition

India’s push to expand non-fossil power is increasingly being framed not only as a climate goal, but also as a large employment opportunity. A new study estimates that India’s target of achieving 500 GW of non-fossil fuel capacity by 2030 could generate more than 44 lakh full-time equivalent (FTE) jobs. The study highlights rooftop solar as the single biggest source of job creation, at nearly 43% of the total. The projection matters because rooftop solar is gaining momentum across states and cities, and its growth can change the shape of energy sector hiring. For investors and listed-sector watchers, the message is that clean energy scale-up is likely to create demand for skills across installation, operations, and manufacturing-linked roles. The report also places workforce planning and skill development alongside capacity addition targets.

Study authors, scope, and method

The study, titled Driving Energy Transition: Workforce, Skills, and Gender in India's Renewable Energy Sector, was conducted by the Council on Energy, Environment and Water (CEEW) and NRDC India. It was carried out with technical guidance from the Ministry of New and Renewable Energy (MNRE). The findings are based on a primary survey of companies conducted in 2024-25. The survey covered solar, wind, bioenergy, and hydropower sectors. The study links its employment estimates to India’s 500 GW non-fossil fuel capacity goal by 2030 and also references the goals under the National Green Hydrogen Mission. The headline conclusion is that the employment impact is large, but also uneven across segments, with decentralised energy systems playing a dominant role.

Rooftop solar emerges as the largest employment generator

Rooftop solar is estimated to account for nearly 43% of the total FTE jobs linked to the 2030 target. That is a notable shift from the common assumption that utility-scale projects drive most employment. Rooftop projects typically require higher labour input for site assessment, design, installation, and after-sales service across dispersed locations. The study also estimates that rooftop solar generates 44 times more FTE job-years per MW than utility-scale solar. This ratio underscores why decentralised capacity additions can translate into outsized employment outcomes even if the megawatt additions are smaller compared with large solar parks. For the ecosystem of installers, EPC contractors, and service providers, the report indicates a structurally higher labour intensity.

FY23 to FY26: where 6.5 lakh clean energy jobs were added

Beyond the 2030 estimate, the study details recent hiring momentum. It found that select clean energy sectors added more than 6.5 lakh workers between FY23 and FY26. Rooftop solar contributed the largest share of these workforce additions at 62%. The next largest contributors were the PM-KUSUM scheme at 16.3%, biomass power at 12.6%, and ground-mounted solar projects at 6%. The split is important because it shows that employment is being created across both distributed and scheme-driven segments, not just in large projects. It also suggests that policy-linked programmes and smaller-scale deployments can be significant job drivers. The data provides a near-term context to the longer-term 2030 forecast.

What kinds of jobs are expected to be created

The report estimates that around 13 lakh FTE jobs could be created in operations, maintenance and manufacturing roles. This indicates that employment creation is not limited to project development and construction. Ongoing operations and maintenance requirements expand with installed capacity, especially in assets spread across multiple rooftops and facilities. Manufacturing-linked roles are also relevant as deployment rises, although the report’s figure is presented as an aggregate estimate for the roles mentioned. For workforce planners, this mix matters because O&M and manufacturing typically require different training pathways than installation-only roles. It also points to the need for a pipeline of technicians, supervisors, and shop-floor capability, alongside project execution skills.

A separate jobs view: clean energy and energy efficiency to 2029-30

A different study by the Indian Council for Research on International Economic Relations (ICRIER) provides another employment lens focused on clean energy and energy efficiency (EE). According to this study, total jobs in clean energy and EE sectors are set to jump three times to 519,200 over the next four years. It projects clean-energy sector jobs to reach 905,000 by 2029-30, while EE-related jobs are expected to rise to 428,700. The report contrasts this with 2021-22 employment levels, when the clean energy and other clean conventional energy sector employed 318,000 people and EE-related employment stood at 126,900. The ICRIER study also states that assuming India achieves its 500 GW non-fossil installed capacity target by 2030, associated employment would increase by a factor of 2.8 from the 2021-22 level. It adds that if India meets its 2030 energy saving target of 150 million tonnes of oil equivalent, EE-relevant employment would increase by a factor of 3.8.

State-level signals from the ICRIER study

The ICRIER study also includes a state-level expectation on job creation between 2022 and 2030. It states that Gujarat and Rajasthan are expected to be the highest overall employment creators, with 79,000 and 77,000 additional jobs, respectively. While the report does not attribute these numbers to specific sub-sectors in the excerpt provided, it reinforces how employment outcomes may cluster in states with stronger project pipelines, industrial capacity, or policy execution. For businesses and training providers, such concentrations can shape where hiring ecosystems deepen first. For policymakers, it highlights where skilling infrastructure may need to scale in advance.

Key numbers at a glance

Market impact: why employment data can move sector priorities

Employment projections influence how governments and companies prioritise segments within the broader clean energy mix. The CEEW-NRDC India findings suggest rooftop solar can deliver more jobs per MW and has already driven the largest share of workforce additions between FY23 and FY26. This can shape how procurement models, subsidies, and state-level implementation are evaluated, especially when job outcomes are a policy objective. The prominence of PM-KUSUM in the FY23-FY26 job additions also shows the role of targeted schemes in driving hiring. For the market, the data points to sustained demand in services and execution capabilities around distributed solar, along with steady requirement for O&M roles as assets expand. Separately, the ICRIER projections indicate that energy efficiency employment growth can be meaningful if India meets its energy savings target. Together, the studies frame clean energy as a multi-segment jobs story rather than a single technology narrative.

Analysis: what the numbers collectively indicate

The central takeaway across the excerpts is the labour intensity of decentralised energy deployment. Rooftop solar’s estimated 43% share of the 44 lakh FTE jobs, plus its 44x higher job-years per MW versus utility-scale solar, suggests that employment outcomes depend heavily on where capacity is added. The FY23-FY26 split also demonstrates that recent workforce expansion has been concentrated in rooftop solar, with additional contribution from PM-KUSUM and biomass. At the same time, the ICRIER study widens the frame by adding energy efficiency and by giving a baseline-to-projection comparison for 2021-22 and 2029-30. The state-level additions for Gujarat and Rajasthan show that job creation may not be evenly distributed. For stakeholders, the numbers highlight the importance of skills planning, because installation-heavy growth and O&M-led growth require different training pathways.

Conclusion

A CEEW-NRDC India study estimates that achieving India’s 500 GW non-fossil fuel capacity target by 2030 could create more than 44 lakh FTE jobs, with rooftop solar alone contributing nearly 43%. The same report shows rooftop solar led clean energy workforce additions between FY23 and FY26, and estimates significantly higher job intensity per MW than utility-scale solar. A separate ICRIER study projects strong employment growth across clean energy and energy efficiency through 2029-30, linked to capacity and energy savings goals. The next milestones to watch are how rooftop solar momentum translates into sustained hiring and how scheme execution and skills pipelines keep pace with the targets referenced in these studies.