A recent Goldman Sachs analysis forecasts a global power sector workforce gap, with 510,000 new jobs needed in the U.S. and 250,000 in the EU by 2030, driven by electrification, industrial expansion, and booming demand from data centers. 

👉Read the Goldman Sachs Research article here

The Bigger Picture: U.S. and Europe Face Parallel Challenges

• In the U.S., power demand is anticipated to grow at a 2.5% CAGR between 2023 and 2030, with data centers contributing 1 percentage point to that growth. This will require $444 billion in generation investment and an additional $302 billion in transmission and distribution infrastructure.
• In Europe, demand is rising even faster, with an estimated 3.5% CAGR over the same period and robust growth in solar and wind capacity at an 11.4% CAGR.
• Solar and wind energy installations are 2.5 times more labor-intensive than fossil fuel projects, putting additional strain on workforce capacity across both regions.

A Workforce at Risk: Tight Supply Meets Massive Demand

• In the US, over 50% of utility workers have less than 10 years of experience, and current apprenticeship pipelines, at about 45,000 annually, must rise to 65,000+ just to keep pace.
• In Europe, one in three electrical engineers is over 50 years old, creating a looming retirement wave. Utilities are reporting higher job vacancy rates than nearly any other sector.

My Perspective - Not just growth, challenges with aging equipment

This isn't just about growth. A massive portion of the U.S. power infrastructure is 50+ years old and nearing the end of its lifecycle. Just keeping the lights on will require billions in upgrades and replacements — before we even start talking about electrification, AI-powered data centers, and EV infrastructure. What does that mean for the next 10 to 20 years? A surge in capital investment, engineering hours, skilled labor, and coordination across the public and private sectors.

Why This Matters? 

These aren’t isolated regional challenges, they are interwoven transatlantic workforce crises. What if power demand surges but the skilled talent isn't there to support it? Supply bottlenecks, project delays, higher costs, and ultimately, delayed energy transitions and DC projects. 

This isn’t just a workforce challenge. It’s a direct threat to grid reliability, clean energy goals, and the massive investment plans being made on both sides of the Atlantic. Without the right people in the right seats, none of the infrastructure gets built.

How My Team at root/edge Can Help Bridging the Gap Now: 

We work with energy clients, utilities, and infrastructure leaders to build multi-year workforce strategies, focusing on:

1. Making Strategic Key Hires
2. Strategic Talent Pipelining
3. Embedding Knowledge Transfer and Succession Planning

A Call to Engage: I’d love to hear your perspectives:

• Senior engineers or technical leads nearing retirement: How are you transferring hands-on knowledge to younger colleagues?
• HR & Talent Acquisition professionals: What strategies are working to scale apprenticeships and skills programs? What’s still missing? What’s working to attract, train, and retain skilled energy talent? What challenges are you facing/anticipating? 
• Energy and infrastructure leaders across the U.S. and Europe: How are you positioning your organizations in this increasingly competitive talent market? How are you future-proofing your workforce and identifying the roles you’ll need before demand outpaces supply?

Let’s turn workforce constraints into competitive advantages. Share your thoughts, challenges, or next-generation ideas, let’s build the conversation and pipeline together.