U.S. utility-scale photovoltaic projects are on track for a record-breaking summer, with forecasts expecting output to jump by over a third compared with last year.
Underlying this growth are strong cost economics, maturing supply chains, and a grid increasingly reliant on low-carbon solar power capacity.
This blog explores the drivers of photovoltaic market growth, the challenges developers face, and the opportunities for employers and talent in the clean-energy sector.
1. The Numbers in Context
The U.S. Energy Information Administration (EIA) forecasts 124 billion kWh of photovoltaic generation from June to September 2025, a 34% increase from 2024.
Utility-scale solar power plants produced 36% more electricity in August 2024 than in the previous year, representing 84% of all new utility-scale capacity additions, totaling 50 GW according to SEIA and Wood Mackenzie.
Quarterly reports show momentum continues, with Q1 2025 installations at 10.8 GWdc, keeping cumulative U.S. photovoltaic capacity above 200 GWdc, and 7.4 GW of solar-plus-storage projects energized in the same period.
2. Economics Still Favur Photovoltaics
Lazard’s Levelised Cost of Energy study confirms utility-scale photovoltaic systems remain among the most cost-effective sources of new electricity, even after 2024 price increases.
Declining module costs, improved inverter efficiencies, and economies of scale help photovoltaic projects remain competitive despite higher interest rates and trade tariffs.
3. Rising Demand and the Grid
Electricity demand is rising due to electric vehicles, heat pumps, and AI-driven data centers. The EIA projects total U.S. consumption at 4,189 billion kWh in 2025 and 4,278 billion kWh in 2026.
Utility-scale photovoltaic solar provides a fast, scalable solution to meet growing solar power needs efficiently.
4. Policy Without Partisanship
Even with federal policy shifts, state clean-energy standards and strong photovoltaic economics sustain growth. Supply-chain resilience and domestic manufacturing reduce vulnerability to short-term regulatory changes.
5. Supply-Chain and Interconnection Challenges
Interconnection delays and permitting uncertainty can slow photovoltaic deployments. Developers are co-locating batteries, with national storage surpassing 30 GW, improving both project economics and grid stability for utility-scale solar.
6. Technological Advances
Conversion efficiencies for mono-PERC photovoltaic modules exceed 23%, with tandem cells reaching 30% in labs. Trackers and advanced forecasting systems allow more electricity to be extracted per installed watt.
7. Employment and Skills Outlook
U.S. Bureau of Labor Statistics projects photovoltaic installer employment to grow 48% from 2023–2033, roughly 4,100 new openings per year, highlighting strong workforce demand across solar power projects.
8. Opportunities for Businesses and Candidates
Employers can expand revenue through O&M contracts, supply-chain services, or co-located storage. Candidates skilled in high-voltage safety, SCADA, or battery integration are increasingly valuable.
Astute supports clients hiring project managers familiar with U.S. permitting, grid analysts navigating RTO queues, and technicians trained for utility-scale photovoltaic sites.
9. Looking Ahead to 2030
Solar could supply over 15% of U.S. electricity by 2030 under EIA projections, up from 6% in 2023. Storage and transmission upgrades will support additional photovoltaic capacity deployment across the U.S.
10. Key Takeaways
- Momentum Endures: Cost competitiveness and rising demand favour photovoltaic solar even during policy uncertainty.
- Bottlenecks Persist: Transmission queues and supply-chain delays can affect photovoltaic projects; early planning is essential.
- Skills in Short Supply: Installer and technician roles are growing rapidly across solar power disciplines.
- Storage is Vital: Co-located batteries improve photovoltaic project economics and grid resilience.
- Long-Term Growth: Photovoltaic solar share is expected to rise steadily, ensuring continued recruitment opportunities.
