The green transition is often measured in national emissions targets, investment totals, and global job figures. Yet its most decisive effects are likely to be felt locally, in the towns that host mines, factories, ports, farms, wind projects, and new manufacturing facilities. The transition toward cleaner energy is essential for reducing climate risks and modernising economies, but its benefits and adjustment costs will not be distributed evenly without deliberate policy choices.
Growth Opportunities are Concentrated
Renewable energy, electric mobility, energy efficiency, grid expansion, and battery manufacturing are creating significant economic opportunities. Global renewable energy employment reached 16.6 million jobs in 2024, according to the International Renewable Energy Agency and the International Labour Organization. However, employment grew by only 2.3 percent from the previous year, indicating that rapid deployment does not automatically translate into equally rapid or broadly shared labour market gains.
The distribution of these jobs is also highly uneven. China accounted for an estimated 7.3 million renewable energy jobs in 2024, or 44 percent of the global total. Brazil employed about 1.4 million people in the sector, while India and the United States reached approximately 1.3 million and 1.1 million jobs respectively. This concentration matters because regions with existing industrial capacity, skilled labour, reliable infrastructure, and access to finance are better positioned to capture investment in solar manufacturing, batteries, grid equipment, and low carbon technology.
For local economies, the implication is clear. Areas that already combine technical skills with transport links and industrial supply chains may attract new investment and create durable employment. By contrast, regions that only host renewable installations may gain construction activity and local tax revenues, while much of the higher value manufacturing and research work remains elsewhere.
The Adjustment Burden is Local
The most immediate risks are concentrated in communities whose economies depend heavily on coal extraction, high emission industry, or related supply chains. Job losses in these sectors do not affect workers alone. They can reduce demand for local shops, transport providers, contractors, housing, and public services, weakening the wider local economy.
A recent World Bank analysis stresses that losses in coal employment may be offset by gains elsewhere in renewable energy and energy efficiency, but displaced workers are often concentrated in specific locations. This concentration can create a severe shock for local communities even when national employment figures remain stable or improve. In one Polish mining area examined by the World Bank, up to 40 percent of the population was employed directly or indirectly by the mining sector, while 80 percent of mining companies’ contract value went to subcontractors located within 20 kilometres of the mines.
This illustrates why a positive national balance sheet cannot, by itself, establish whether a transition is socially sustainable. A new clean energy job in a capital city may not be accessible to an experienced worker in a remote mining town, particularly where retraining, mobility, childcare, housing, or income support are limited.
Skills and Place Will Shape Outcomes
The transition is therefore not simply a question of how many jobs are created, but of where they are created, what skills they require, and whether affected workers can realistically access them. The European Environment Agency finds that the overall employment effects of a green economy are likely to be moderately positive, while warning that sectoral and regional consequences may be unequal. It notes that green employment tends to favour more developed regions, potentially widening regional disparities.
Skills shortages may further constrain the pace and inclusiveness of the transition. The International Energy Agency reports that solar power, electricity grids, storage, and electric vehicle manufacturing have become important drivers of energy employment, while shortages of trained workers threaten future momentum. This creates a policy challenge: regions facing industrial decline need training that is linked to genuine local demand, rather than generic programmes that do not lead to stable employment.
Effective transition planning should also consider land reuse, local infrastructure, small business support, and social protection. The World Bank argues that mapping affected workers, assessing indirect employment losses, consulting local stakeholders, and identifying realistic alternative occupations are essential steps for coal regions in transition.
A Transition That Endures
The green transition should remain a central economic and climate priority. Cleaner energy can reduce exposure to volatile fossil fuel markets, improve air quality, support innovation, and limit the long term costs of climate change. Its durability, however, will depend on whether local communities see credible opportunities rather than only disruption.
A balanced approach does not require choosing between environmental progress and regional fairness. It requires treating both as connected objectives. Investment in clean technologies, targeted skills development, locally designed diversification strategies, and adequate support for affected workers can help ensure that the transition delivers broader and more lasting benefits.
