| Availability: | |
|---|---|
Corrosion‑resistant finish: Available in galvanised, galvanised & unbonded, or epoxy‑coated versions, making it durable in outdoor and coastal environments.
Customisable dimensions and load capacity: Supports flexible configurations to match specific installation requirements.
Reduced structural load: Because it’s made for flexible solar modules (lighter than rigid panels), the support system can be designed for lower dead‑weight installations.
Adaptable to non‑traditional surfaces: When used with flexible solar panels, this type of support accommodates curved or uneven mounting surfaces.
This support system is ideal for installations where flexible solar modules are used, such as on roofs with limited load capacity, curved surfaces, ships, RVs, or mobile set‑ups. You mount the flexible panel onto the support structure and fix the structure to the substrate (solar roof, metal deck, etc.), ensuring proper anchoring and weather‑protection finish. The flexibility of the support system allows for adaptation of dimensions and load rating based on project needs.
| FLEXIBLE SUPPORT FOR SOLAR ENERGY | |||
Type | Dimensions (mm) | Load Capacity (kg) | Standards |
GALVANIZED | Customizable | Customizable | ASTM A123,ISO 1461,EN10346,BS EN ISO 1461,UL 797 |
GALVANIZED&UNBONDED | ASTM A153、A416,ISO 1461,EN 10346,UL 797 | ||
EPOXY COATED | ASTM A884、A775,EN14989,ISO 10590 | ||
Q: What types of solar panels can be mounted on this support?
A: It is specifically designed for flexible solar panels, which are lighter and can be mounted on curved or uneven surfaces.
Q: Is the support system suitable for outdoor use?
A: Yes. It is weather-resistant and comes in galvanized, galvanized & unbonded, or epoxy-coated finishes, making it durable in outdoor and coastal environments.
Q: Can the support structure be customized?
A: Yes. The dimensions and load capacity can be customized to fit specific installation needs or surface types.
Q: What surfaces can this support be installed on?
A: It can be installed on roofs, metal decks, curved surfaces, RVs, or ships, thanks to its flexible design that adapts to non-traditional surfaces.
Q: How does it reduce structural load?
A: Because it is designed for lightweight flexible solar panels, it imposes less dead weight compared to traditional rigid solar panel mounts, which makes it ideal for roofs with limited load capacity.