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Greenhouse-integrated PV equipment, sourced for light transmission and structural loads a standard racking system was never engineered for.
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Source semi-transparent modules and greenhouse-rated mounting for controlled-environment agriculture. Equipment sourcing for greenhouse solar on Sunhub.
Semi-transparent and spaced-module configurations get compared by the percentage of usable light they still pass through to the crop underneath, a spec that doesn't show up on a standard datasheet built for opaque rooftop use.
Greenhouse structures carry different load paths than a house roof or open field, and racking sourced here is checked against those framing loads instead of assumed compatible.
Greenhouse operations often run significant HVAC and lighting load, and sizing guidance here targets that offset rather than a generic per-square-foot estimate.
Light transmission gets checked against crop needs before installation, not discovered in a lower yield the following season.
Racking loads get matched to the greenhouse frame's actual rating up front.
They can, but standard opaque modules block the light crops need, so a full roof of them turns a greenhouse into a shed. Most greenhouse installations use semi-transparent or spaced module layouts that pass a defined share of light to the canopy while still generating power. Sunhub sources modules selected for light transmission and the structural loads a greenhouse frame introduces, not off-the-shelf racking assumptions.
It depends entirely on the crop, since shade-tolerant leafy greens and ornamentals accept far less light than fruiting crops like tomatoes. The design target is usually expressed as a photosynthetically active radiation share reaching the canopy, and growers typically model it against the specific species and season. We help match module transmission characteristics to that requirement rather than treating coverage as one number.
Yes, in most cases. A greenhouse frame is engineered for glazing and environmental loads, not the concentrated point loads, wind uplift, and added dead weight of a PV array, so a structural review is standard before mounting. The right approach confirms the frame can carry the system or specifies mounting that spreads load appropriately, which is exactly the sourcing lens we apply.
