Elevated racking by clearance requirement
Racking here is sourced by the actual clearance a site needs, whether that's enough height for tractor equipment to pass under or the wider row spacing crop operations require.
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Elevated Racking
Elevated and wide-span racking systems built for dual-use land, sourced by clearance height and row spacing, not standard ground-mount specs.
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Elevated Racking
Source elevated and wide-span racking for agrivoltaic sites, sized by clearance and row spacing for farming equipment or livestock underneath.
Elevated racking sourced by clearance
Vertical bifacial as an alternative layout
Vertical bifacial racking, which captures light from both sides of the module in narrow rows, is an increasingly common alternative for sites that want to keep more ground in continuous crop production.
Structural loads for wind and site conditions
Elevated structures carry different wind loading than low ground-mount racking, and structural ratings here account for that difference rather than reusing a standard ground-mount spec.
What changes on dual-use racking
Match racking height to the actual equipment
Clearance gets specified against real farm equipment dimensions before a rack goes up too low to use.
Consider vertical bifacial where crop continuity matters
Sites that need more continuous crop rows get a real alternative to elevated horizontal racking.
FAQs
How much clearance does agrivoltaic racking typically need?
Clearance is set by the equipment and activity underneath, not a fixed number. Grazing and small implements may work with a few feet of clearance, while planting, harvesting, and larger machinery often push required clearance well higher, sometimes past eight to fourteen feet. Source elevated racking by the actual under-panel activity and equipment envelope rather than to a standard ground-mount height.
What is vertical bifacial racking and when does it make sense?
Vertical bifacial mounts double-sided modules upright in rows, so panels stand vertical rather than tilted. Because the array leaves the ground mostly open between rows, it makes sense where crop continuity and machinery access matter more than peak per-module yield. It also shifts generation toward morning and evening, which can complement afternoon-heavy demand.
Does agrivoltaic racking cost more than standard ground-mount?
Generally yes, because elevated and wide-span structures carry more steel, deeper foundations, and higher wind and load engineering than standard ground-mount. The premium is driven by clearance height, row spacing, and site conditions rather than a flat markup. Sourcing by clearance and span, instead of defaulting to ground-mount specs, keeps you from over- or under-building the structure.
