Evaluate Roll-A-Rack on constrained solar projects.
We are looking for EPCs and installers with landfill, brownfield, farm, or municipal sites where row spacing, ground penetration, or logistics affect the bid.
A smaller footprint for constrained sites.
- Typical fixed-tilt row spacing
- 12 ft
- Roll-A-Rack row spacing
- 15 in
- Helioscope-modeled land savings
- 40% less land
- Roll-A-Rack tilt
- 5°
- Roll-A-Rack foundation
- Ballasted. No land penetration.
- Rainwater falling on the array
- 95% harvested
- Integrated grounding conductor
- UL 2703-certified · 1 AWG equivalent
Where it can help a bid.
Use this when conventional racking creates a site constraint, not as a general replacement for every project.
Use less land
Helioscope project modeling validates land savings of 40%.
Reversible footprint
Roll-A-Rack is secured in place by ballast. No land penetration. No pounded posts. No heavy machinery compacting the land. Roll-A-Rack easily dismantles and leaves minimal residue at end of life. Or supports crop rotation by easily dragging to new location.
Compact coil logistics
Ship compact coil stock instead of long pre-formed rack members, reducing staging requirements and allowing channel length to be set in the field.
Adjust in the field
Roll-A-Rack uses on-site, portable roll forming technology to make the gutter-like channel at the rate of 50 feet/min. The channel lies on the ground extending the length of the row. Easily accommodate last-minute changes. Fewer, more, longer, or shorter rows. No waste.
Snap, slide, and secure
Solar panels attach to the array using patent pending Roll-A-Rack snap, slide, and secure bracket clamp technology. The solar panel is snapped onto the gutter-channel in an approximate position, slid along the gutter-channel into final position, and secured in place.
Integrated electrical ground
The Roll-A-Rack gutter channel is UL 2703-certified as a grounding conductor — electrically equivalent to a 1 AWG copper wire. No separate ground wire needed.
Projects worth sending.
Send projects where the racking approach is part of the constraint.
- Landfills and capped sites with penetration limits
- Brownfields with excavation or shallow-contamination limits
- Farms and other sites where row spacing matters
- Public or community sites where truck traffic and site disturbance matter
- Projects where conventional row spacing has reduced capacity or killed the bid
Four steps to a pilot.
Each site is scoped case by case.
Share the site
Send the parcel location, site type, constraint, target capacity, and timing.
Review the fit
Discuss the layout, ground conditions, stormwater, and any cap or excavation limits.
Scope the pilot
Discuss the equipment, crew, site preparation, and project requirements together. Each site is scoped case by case.
Agree the next steps
Confirm the site-specific scope and responsibilities before proceeding.
On-site roll forming.
Sixty seconds: what on-site roll forming looks like
Have a constrained site?
Send the parcel location, site type, and project timing. We will tell you whether Roll-A-Rack is worth evaluating.
Talk to us- info@roll-a-rack.com
- Cleveland, OH · DOE grant support