A 323 kWp distributed rooftop solar project on a metal roof.
The project adopts a distributed PV solution on a metal roof with an installed capacity of around 323 kWp. The available roof area is about 2368 m², and construction had minimal impact on normal factory production.
323 kWp metal-roof project · financed and built by our side · implemented through a compliant process
Installed scale: 323 kWp
Module configuration: 462 modules of 700 W
Project type: commercial / industrial distributed rooftop solar
Energy model: self-consumption
Investment model: financed and built by our side
Building type: windows-factory building
Roof type: metal roof
Roof area: approx. 2368 m²
Installation form: rail-mounted PV installation on metal roofing
Construction condition: roof access, lifting, and site conditions were broadly unconstrained
The project uses a rail-mounted installation system on the metal roof, with array layout, string design, and inverter placement optimized according to actual site conditions.
In a windows-factory metal-roof scenario, the project combines shading analysis, unified cable-tray routing, grounding, and smart O&M to improve safety, compliance, and later maintenance.
Focus: construction organization, array design, electrical O&M logic, and delivery narrative for a metal-roof factory project.
The project uses the metal roof of a windows-factory building as the main installation surface, with a total roof area of about 2368 m².
The project installs 462 modules of 700 W for a total capacity of about 323 kWp, using a rail-mounted system on the metal roof.
All electrical cables are routed through trays, resulting in a path that is safer, more waterproof, visually cleaner, and more standardized.
This project is financed and built by our side, without energy storage, and is implemented under a “file first, build second” process.
Send roof photos, usable area, access conditions, and expected capacity for a first feasibility review.