What we build
Utility-scale solar.
We partner with electric cooperatives, municipalities, investor-owned utilities, and corporate offtakers to bring utility-scale solar to the communities they serve. And we size it honestly: to the land, the transmission, and the capacity study we'd defend in a rate case.
What a Saga utility-scale project looks like
- 50 to 300 MW-AC, single-axis tracker
- Bifacial modules, mainstream inverter platforms, utility-grade switchgear
- Preference for crop-co-compatible or marginal agricultural land
- Utility, cooperative, municipal, or corporate offtake
- Optional co-located BESS where the offtake structure rewards it
How we think about siting
Interconnection queue position, substation capacity, and transmission constraints set the ceiling on site size. We would rather develop a 120 MW project that actually connects than market a 300 MW project that doesn't. Our screening process starts with the transmission study and works backwards, into land control, permitting risk, county posture, and environmental diligence. If any one of those gates fails, the project doesn't make it to our pipeline.
Who we build for
Every utility-scale project we develop is anchored by a real offtaker. That might be a vertically integrated investor-owned utility responding to its own Integrated Resource Plan, a G&T cooperative filling a capacity gap for its members, a municipal utility hitting a clean-energy target, or a corporate buyer executing a long-tenor clean-energy procurement. We don't speculate on offtake.
Community benefit is table stakes
Every project we develop carries a community-benefit agreement shaped to what the county actually wants, including tax revenue, local hiring commitments, infrastructure improvements, and decommissioning bonds sized to the county's real requirements rather than the statutory minimum. The landowner, the county, and the ratepayer all live with the project for 25 years or more. The project has to work for them first.