“Someone is going to win the global race for the clean-energy jobs of the future, and we are determined that it should be the UK,” said Ed Miliband, Secretary of State for Energy Security and Net Zero, introducing the policy plan.
The plan projects total clean-energy employment to grow from 437,000 jobs in 2023 to 856,000 by 2030, an average annual growth rate of about 10%. Within that, clean power industries alone could support up to 590,000 direct and indirect positions by the end of the decade.
To deliver those numbers, the government estimates £20 billion ($25.4 billion) in private co-investment will be required across training, infrastructure, and supply-chain localization—most of it leveraged through business-led partnerships built into the plan.
The Department for Energy Security and Net Zero (DESNZ) will tie all major clean-energy grants and procurements to workforce criteria. Companies can earn funding preference by investing in apprenticeships, adopting fair-pay standards, and recognizing unions.
The policy also expands the Clean Industry Bonus (CIB)—raising its first-round budget from £385 million ($489 million) to £544 million ($691 million)—and introduces a Fair Work Charter for offshore wind. Co-developed with industry and trade unions, the charter will cover pay, job security, health and safety, and diversity benchmarks, with sector-specific versions planned for solar, heat, and networks.
A new Supply Chains and Workforce Industry Forum under Clean Power 2030 brings together developers, manufacturers, and unions to coordinate labor supply, training schedules, and visa pathways. The group reports directly to OCEJ and the Clean Power 2030 Unit, ensuring workforce planning is integrated with permitting and grid-connection timelines. Clean Power 2030 Main Report
Sixteen offshore-wind occupational profiles—developed by Energy & Utilities Skills and the Offshore Wind Industry Council (OWIC)—define the exact qualifications, career paths, and on-the-job training required for critical roles. Solar Energy UK is creating six additional profiles for the solar sector. By standardizing skill definitions, companies can hire from accredited pipelines and reduce retraining costs.
The Energy Central Campus in Blyth, a £15 million ($19 million) partnership among the Port of Blyth, Northumberland County Council, and ORE Catapult, illustrates the model. Its new STEM Learning Hub opened in 2024 alongside plans for a higher-level Skills Institute, connecting students directly with local clean-energy employers.
The plan formalizes union recognition and collective bargaining as metrics for “good jobs.” Recent examples—such as EDF Power Solutions UK’s recognition agreement—demonstrate how labor-management cooperation is strengthening retention and safety across the sector.
Jobs in wind, nuclear, and electricity networks already advertise average salaries above £50,000 ($63,500), compared with the UK average of about £37,000 ($47,000). Entry-level “green” positions show an average 23% pay premium across comparable occupations.
Higher pay, coupled with structured apprenticeships and fair-work guarantees, is intended to keep talent from migrating to defense and construction—two sectors competing for similar tradespeople.
The residential heat transition is providing the first real-time proof of concept for public–private workforce design:
These programs are co-funded by manufacturers and installers that help shape curricula and offer on-site placements—an example of the plan’s partnership philosophy in action.
If implemented fully, the Clean Energy Jobs Plan would create more than 419,000 new clean-energy positions by 2030, raising job quality while embedding social partnership into industrial policy.
For businesses, the message is clear: workforce collaboration is now a core element of competitiveness. Companies that treat training and fair-work commitments as strategic investments—rather than compliance check-boxes—will secure the skilled talent pipeline required to deliver Britain’s clean-power transition on schedule.
