05 Aug Green Jobs Are Creating New Mobility Corridors

The clean-energy transition is usually discussed in terms of technology: solar panels, wind turbines, batteries, electric vehicles and new transmission lines. But every new project creates a less visible requirement. People have to build it. And increasingly, the workers with the right skills are not necessarily located where the investment is happening.

That mismatch is creating a new workforce challenge for employers and governments. The transition to cleaner energy is generating demand for electricians, engineers, construction workers, technicians, project managers and other specialists across very different regions at the same time.

The result could be an important new chapter for global mobility: workers increasingly moving not simply toward traditional corporate centers, but toward places where energy and infrastructure investment is creating concentrated demand for particular skills.

Green employment has reached a record

The scale of the workforce is already substantial.

The latest Renewable Energy and Jobs Annual Review from the International Renewable Energy Agency and International Labour Organization estimates that renewable-energy employment reached at least 16.6 million jobs globally in 2024, the highest level recorded.

But those jobs are far from evenly distributed.

More than 85% of renewable-energy employment is concentrated in five major geographic markets. China alone accounts for 44%, followed by other parts of Asia, the European Union, Brazil and India.

That concentration reveals something important about the relationship between the green transition and mobility.

Jobs tend to follow investment, manufacturing capacity, natural resources, infrastructure and government policy. Workers, however, may need to follow the jobs.

The challenge is becoming less about whether the transition creates employment and more about whether employers can find appropriately skilled people in the locations where projects are being built.

The skills gap could become the bottleneck

A July ILO program on skills for a greener future puts workforce development at the center of the transition.

Building a greener economy requires more than creating entirely new occupations. Existing jobs are changing as well.

Electricians increasingly encounter solar installations, batteries and EV charging systems. Auto technicians need knowledge of electric drivetrains. Construction workers encounter new energy-efficiency requirements. Engineers are needed for increasingly complex power and transmission systems.

That creates two workforce challenges simultaneously: training existing workers and getting qualified workers to the places that need them.

Europe is already treating shortages in clean technology and industrial decarbonization as a strategic concern. A 2026 European Union recommendation on human capital calls for faster development of skills in strategic sectors including clean technology, the circular economy and industrial decarbonization. It also calls for faster recognition of qualifications, including those held by workers from outside the EU.

That connection between skills, qualifications and geography is significant.

Training alone cannot solve a shortage if trained workers are in one region while the jobs are somewhere else.

The United States faces the same question

The issue is becoming relevant in the United States as well.

An April analysis from the Center for Global Development examining whether the United States has enough green-skilled workers argues that workforce availability could become an important constraint as demand for green skills expands.

The solution does not necessarily mean recruiting internationally for every vacancy. Domestic training, apprenticeships, higher wages, automation and movement between industries can all increase labor supply.

But mobility is another part of the equation.

Some workers may need to move between states. Others may transfer from industries with overlapping skills. For highly specialized positions, employers may also look internationally when sufficient expertise cannot be found locally.

In that sense, the green transition could create mobility corridors at several levels—between cities, between states and, where necessary, between countries.

California shows what that could look like

California provides an especially interesting example.

The state already has the largest clean-energy workforce in the United States. According to Clean Jobs California 2025, approximately 552,300 Californians worked in clean-energy industries in 2024, with employment spanning energy efficiency, renewable generation, clean vehicles, batteries and related technologies.

But California’s experience also demonstrates why the workforce question is more complicated than simply counting jobs.

Clean-energy projects are distributed across a large state. Manufacturing may happen in one community, renewable generation in another and technology development somewhere else.

The state is therefore investing not only in infrastructure but in local workforce development.

For example, the California Energy Commission supported a Green Economy Lab in San Joaquin County that trains workers in areas including electric-vehicle repair and EV charging-station installation and maintenance.

Programs like this represent one solution: develop talent where the jobs are emerging. But not every skills gap can be solved locally or quickly. That is where relocation becomes part of workforce strategy.

A different kind of relocation

Traditional corporate relocation often begins with an individual employee. A company needs a manager, engineer or executive somewhere else and asks that person to move.Green-industry mobility can operate differently because entire projects can create temporary concentrations of labor demand.

A new battery facility, renewable-energy project or major grid upgrade may require engineers and construction specialists during development, technicians during commissioning and a different workforce once operations begin.

Some needs may last years. Others may last months. That makes flexible relocation increasingly valuable.

Employers may need temporary housing, rotational assignments, project-based relocations and other arrangements that allow skilled employees to work in a region without immediately requiring a permanent move. Mobility can therefore become part of the infrastructure supporting infrastructure. 

Not every green job requires migration

There is an important qualification. Calling these movements “mobility corridors” should not imply that countries should simply import workers instead of developing their own workforces.

The IRENA-ILO employment report emphasizes education, training and inclusive workforce development as central to sustaining renewable-energy employment.

Local training is likely to remain the first and most durable answer.

But the speed and geography of the energy transition mean training and mobility may increasingly have to work together.

Some places will develop workers faster than jobs. Others will attract investment faster than they can develop the workforce required to support it.

Connecting those two places—whether across a county line, a state border or an international boundary—could become an increasingly important part of workforce planning.

Following investment to opportunity

For global mobility professionals, the green transition adds another factor to the changing geography of talent.

Workers have traditionally moved toward established business centers because that is where companies and opportunities were concentrated.

Clean-energy investment can redraw that map. A battery factory, solar development, transmission project or clean-technology manufacturing cluster can suddenly create demand for skills in places that were not previously major destinations for mobile talent.

That means the transition is not only changing what kinds of jobs economies need. It may also change where workers need to be. And wherever investment and available skills do not line up geographically, mobility will increasingly become part of the solution.