In renewable energy, the talent market is being built in real time. The energy transition is creating roles that barely existed a decade ago and filling them with people crossing in from adjacent industries. A renewables talent map is a read on that shifting, half-assembled market: who the genuine specialists are, which adjacent industries the transferable talent sits in, where they're clustered, and whether they'd move. You map the transition, not a settled sector.
That flux is what makes mapping sell here. A developer staffing a project pipeline, or an investor sizing up a target's team, needs to see a market that's still forming, and to understand which of its people came from where.
How big is the talent pool, and how steady?
Sizeable and growing over time, but it moves in waves, which is exactly when a map pays.
304,000
full-time jobs in the UK's low-carbon and renewable energy economy (2024), up by roughly half since 2015 but down 4.1% on the year. The sector grows over a decade yet hires in policy-driven bursts, and much of its talent is crossing in from oil and gas, utilities and heavy engineering.
The long-run trend is up, but the year-on-year dip tells the real story: this market expands and contracts with policy, subsidy rounds and project cycles. That is precisely why a client maps before a hiring push, so that when a contract-for-difference round or a project sanction sets off the next wave of hiring, they already know who's reachable and which adjacent pools to draw from.
What a renewable energy talent map contains
A useful map splits the market two ways at once, by subsector and by where the talent originates:
- Subsector — offshore and onshore wind, solar, hydrogen, nuclear, grid and storage, and energy efficiency. Each has its own scarce disciplines, and skills don't transfer freely between them.
- The transferable pool — the engineers and project people in oil and gas, utilities and construction whose skills carry over. Much of the sector's hiring comes from here, so a map that ignores adjacent industries misses where the talent actually is.
- Project roles — development, EPC, operations and maintenance, and grid connection. The lifecycle of a project dictates which of these a client needs and when.
- Geography — the hubs matter: offshore wind clusters on the coasts, the grid and storage work, the regional concentrations. Willingness to relocate is often the deciding factor.
On compensation, the map has to account for what it costs to pull someone out of a stable oil-and-gas package into a younger, more volatile sector. Reconstructing how a rival developer's team is built is competitor talent mapping; for the deliverable, see what goes in a market map.
Why renewable energy clients commission a map
The briefs track projects and capital:
- A project pipeline to staff. A developer or EPC contractor wins or sanctions work and has to build a team fast, often in a specific region.
- Investor diligence. Before backing a developer, an investor wants an honest read on whether the team can deliver, and who's available if it can't.
- A UK hub or site decision. Where to base a function, given where the talent and the projects are, which is a market-entry talent map with an energy overlay.
- Replacing a project or engineering lead on a live build, quietly, before the gap stalls delivery.
Each is a project-team or board decision, funded as intelligence rather than a recruitment fee.
How to build one
The method is the same as any sector map, set out in how to market map a sector. Adapt it to the transition.
The renewables-specific moves: map the adjacent industries deliberately, because the transferable talent in oil and gas and utilities is where much of the hiring comes from. Treat policy and project milestones as the live signal, since contract-for-difference rounds and project sanctions trigger the hiring waves. And hold geography front of mind, because in this sector a perfect candidate who won't relocate to the hub is no candidate at all.
Pricing it, and turning it into a search
Price it as a fixed project fee scaled to the subsectors and regions it covers, not a day rate. The packaging and pricing are in how to sell talent mapping as a service.
And position the follow-through. A developer who paid you to map the field before a project ramps is the obvious agency to run the hiring once it's sanctioned. The map is what you bill now; the project build-out is what it sets up.
Frequently asked questions
- What makes renewable energy talent mapping different from a normal sector map?
- The talent is being created and reassembled by the energy transition, and a lot of it is crossing in from adjacent industries: oil and gas, utilities, and heavy engineering. So a map can't just look inside renewables; it has to read those neighbouring pools for transferable people. It also has to split by subsector, because a wind specialist, a solar developer and a hydrogen engineer are not interchangeable.
- Who buys a renewable energy talent map?
- A developer or EPC contractor staffing up for a project pipeline, an investor running diligence on a target's team before backing it, or a company deciding which UK hub to build in. The budget is strategic or project-linked, because the map informs a build decision rather than a single vacancy.
- Is the sector stable enough to map?
- It has grown by roughly half since 2015, but it hires in waves tied to policy, and employment actually dipped in the most recent year. That volatility is the argument for mapping before a hiring push: you want to know who's available and where, so you can move when the next policy-driven wave lands rather than starting cold.
Written by
Joshua Aubrey · Founder, TalentMaps