Services
Vegetation & dual-use for owners and O&M
Solar grazing, cattle in the rows between the panels, hybrid livestock + residual mowing (robot / precision and mechanical), and design-before-steel consulting — framed around outcomes operators can schedule, audit, and report.
01
Solar grazing — sheep
Katahdin hair sheep under and along the drip line are the Southeast workhorse for utility-scale vegetation management. They keep growth down where mowers struggle and support honest herbicide reduction where grazing is the primary control.
We deliver reporting-ready grazing plans: stocking rates, fencing (including virtual fencing where appropriate), animal welfare, and access windows aligned with plant work — so O&M can run the program, not babysit a hobby flock.
Owner / O&M benefits
- Vegetation height outcomes under modules and along drip lines
- Fewer spray cycles where grazing reliably meets targets
- Clear access/safety coordination with electrical O&M
- Habitat and community signal — land that still looks like a farm
02
Cattle in the rows between the panels
Where row spacing and clearance allow, registered Wagyu and registered Jerseys graze in the rows between the panels — pedigreed, dehorned, docile animals; smaller frame welcome for real dual-use geometry.
This is not cattle forced under low modules. Designed layout: cattle work the open rows; Katahdin handle under/drip. Same farm standards for welfare, fencing, and vegetation outcomes.
Owner / O&M benefits
- Row vegetation managed without compromising module clearance
- Dual-use narrative counties and neighbors understand
- Pedigreed, dehorned, docile stock suited to working solar sites
- Pairs cleanly with sheep under/drip on the same plant
03
Hybrid livestock + residual mowing
Most sites still need a blade somewhere. We design a habitat-aware hybrid: livestock first where it works, then complementary residual control — autonomous robot / precision mowing for tight strips and keep-outs, and mechanical mowing (traditional tractor or deck mowing) where open rows and access roads call for it — with electrical zones protected.
Sheep, robot mowing, and mechanical mowing work as a complementary vegetation program operators can schedule and put in the O&M binder. Plans stay honest about what animals can and cannot do.
Owner / O&M benefits
- Livestock-first zones with residual mow strips mapped
- Robot / precision mowing and mechanical mowing called out by zone
- Protected access roads and electrical keep-outs
- Habitat-aware edges and pollinator-friendly buffers where welcome
- Reporting language that matches field reality
04
Agrivoltaics consulting & site design
Design-before-steel. Dual-use fails when water, row spacing, and farmer access are bolted on after racking. We help owners and developers plan cattle in the rows between the panels, sheep under/drip, cane berry crops under arrays, and cut-flower edges — with water access designed in early.
The plant stays the plant. The land stays a farm that sells food — not only a perpetual mower invoice.
Owner / developer benefits
- Early geometry and water reviews before steel
- Crop and flower strips where harvest can sell
- Farmer-principal role defined for the life of the plant
- Vegetation strategy that survives commissioning into O&M
05
Education & workforce partnerships
Partnerships with local colleges, FFA, and 4-H — student learning, farm visits, and a next-generation on-ramp into solar grazing and dual-use agriculture. Habitat and community signal for sites that want neighbors to see working farmland.
Colleges & extension
Ag, engineering, and extension collaborations for site visits and applied learning.
FFA & 4-H
Youth programs that show solar land as working farm country — including cut flowers at the edge where sites allow.
Workforce on-ramp
Graze licenses and dual-use careers as a path for the next generation — not only someone else’s mower contract.
Discuss your site
Share acreage, panel height, current vegetation approach, and timeline. We will tell you honestly what sheep, cattle, hybrid O&M, or consulting can do.