Renew. Rethink. Read.
Exploring the future of legacy commercial solar.
North Carolina is exploring a way to give its early utility-scale solar fleet a second life. With nearly 1.9 GW of projects approaching PPA expiration, state officials are considering pairing aging solar farms with battery storage to extend contracts, boost grid value, and preserve capacity that is already built and interconnected.
The U.S. and China are taking sharply different paths on energy infrastructure, and the gap is becoming impossible to ignore. China is building wind, transmission, and generation at unprecedented speed through centralized planning, while the U.S. struggles with long permitting timelines just as electricity demand surges from AI and electrification. The contrast highlights how execution capacity, not ambition, is defining energy leadership.
Illinois has passed one of the most comprehensive state energy laws in recent years, pairing clean energy growth with a clear focus on affordability and reliability. The Clean and Reliable Grid Affordability Act expands battery storage, virtual power plants, and community solar while aiming to save customers more than $13 billion over the next two decades.
As the U.S. solar fleet matures, 2026 is shaping up to be a turning point where repowering moves from the margins to the core of industry growth. With millions of systems aging, demand rising, and new projects taking years to deliver, extending the life and performance of existing solar assets is becoming one of the fastest and most practical paths forward.
A new Senate proposal, the DATA Act of 2026, would allow large energy users like data centers to operate fully off-grid and outside federal energy regulation. While pitched as a way to protect households from rising rates, the bill raises deeper questions about lost grid capacity, accountability, and whether private power could quietly weaken the shared system everyone else depends on.
A $500 million joint venture between HASI and Sunrun highlights a growing shift in how energy infrastructure is financed. By backing tens of thousands of residential solar and battery systems, investors are treating distributed energy as real grid infrastructure that can scale faster than traditional power plants and transmission projects.
