Lightweight PV, roof-specific mounting and coordinated storage
Coal and material sheds often have long spans, curved roofs and limited spare load capacity. First review structural capacity, roof condition and profile, drainage and operating environment; then define the module layout, mounting method and maintenance routes.
Clamps may be assessed for standing-seam, angle-seam and low-seam metal roofs. Trapezoidal steel sheets may be assessed for combined adhesive and mechanical fixing. Fixing points, adhesive quantity and installation details must follow site pull-out tests, product requirements and engineering review; one detail should not be applied to every roof.
Grid-connected PV, or PV with storage, monitoring and energy management, can be considered against production shifts, the daily load profile and grid conditions. PV capacity, storage capacity and controls are determined from project data.
The models and figures below are reference data from the supplied presentation. Module weight is for the module itself; total additional roof load must also account for mounting hardware, cabling and construction conditions.
The presentation reports a hail-impact test using a 25 mm, approximately 7–8 g ice ball at 23 m/s. Refer to the formal test documentation and latest datasheet for the specific model.
Select the mounting approach according to roof profile, structure and site testing.
Use compatible clamps; verify seam type, clamp positions, waterproofing and drainage.
Select clamps for the exact sheet profile and confirm compatibility with the roof seam.
Assess adhesive plus mechanical fixing. Bonding areas and fixing details require site pull-out tests and technical approval.
Plan service routes around the PV array, roof ridge and perimeter, with safe access between roof and ground.
Check module, mounting and total added load against the roof structure.
Review materials, equipment layout, ventilation and fire requirements under applicable project rules.
Confirm clamps, bonded joints, wind resistance and mechanical fixing for site conditions.
Apply the system design for strings, cables, protection, grounding and grid connection.
Plan service routes, roof access and safe conditions for future maintenance.
The presentation lists the following configurations for a single coal-shed example as a starting point for discussion.
800 kW PV, intended to serve daytime production demand. Final configuration depends on grid capacity and load data.
800 kW PV + 832 kWh storage, illustrating a coordinated PV and storage peak-management configuration.
These are illustrative configurations from the presentation, not a design or quotation for a specific project. Its economic calculations use China-specific tariff and operating assumptions and do not represent Malaysian project returns. Recalculate against local tariffs, demand, taxes, grid rules and equipment costs.
Download the complete presentation for module specifications, roof mounting approaches, system examples and reference projects.
Download optimized PowerPoint (PPTX)PPTX · approx. 22 MB
Specifications and system configurations on this page are reference information from the supplied presentation. They are not a project design, equipment commitment or revenue guarantee. Final selection, load verification, mounting details, fire protection and grid requirements must be confirmed by the project engineering team against site conditions.
Project support & requirements