Solar Mounting Case Studies
Browse documented roof, ground-mount, agrivoltaic and solar-site support references. Each case links to a detail page with the project information available for public use.
Browse Projects by Application
Use the filters to narrow the portfolio. The complete set remains on this page so visitors can compare applications, project scale and documented design inputs.
Vietnam 1,800 m Solar Roof Walkway Project
500 FRP walkway panels form about 1,800 m of nominal route, with 1,220 × 3,600 × 38 mm grating, short support rails and roof-fixing hardware.
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Japan 200 m Solar Farm Perimeter Fence Project
Modular 2,000 × 1,200 mm welded-mesh panels with driven posts, dedicated corner and slope connections, and a 4.0 m double-leaf access gate.
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USA 20-Panel Tile Roof Solar Mounting Project
A 2 × 10 module layout using roof hooks and aluminum rails. The case page lists 115 mph wind and 30 psf snow design inputs.
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Tokushima 366.6 kW Ground Mount Solar Project
940 × 390 W modules on a 15° fixed-tilt structure with ground screws; documented inputs include 36 m/s wind and 45 cm snow.
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Thailand 84.36 kW L-Foot Solar Roof Project
228 × 370 W landscape modules on a mechanically attached roof layout using aluminum rails and L-foot connections; the case lists a 29 m/s wind input.
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Philippines 275.5 kW Metal Roof Triangle Solar Project
A 15° triangle-support roof design. The source drawing documents a 2.21 kPa wind-load input and 0 cm snow-load input.
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Wonju 17.02 kW Standing Seam Solar Roof Design Concept
A 46-module standing-seam layout adapted as a Korea regional design reference. It is presented as a design concept, not as a completed Korean installation.
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Indonesia 16-Panel Solar Roof Mounting Project
A 2 × 8 array with four rail lines and an 8.4 m rail run; the engineering plan shows adjustable L-foot spacing of about 1,000 mm.
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Chile 16.5 kW Triangle Solar Mounting Project
60 × 275 W modules using 20° foldable triangle supports, aluminum rails, module clamps and mechanically attached roof connections.
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Brazil 16-Panel Solar Roof Mounting Project
A 2 × 8 tile-roof array with 8.4 m rail runs and adjustable roof-hook spacing shown at about 1,000 mm in the project drawing.
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1.003 MW Ground Mount Solar Project in Abu Dhabi
1,824 × 550 W modules across 57 fixed-tilt tables, with 10° tilt, concrete foundations and a documented 160 km/h wind input.
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11.55 kW Ballasted Flat Roof Solar Project in Japan
21 × 550 W modules on 30° ballast-based aluminum triangle frames; documented inputs include 34 m/s wind and 30 cm snow.
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117 kW Solar Sharing Mounting Project in Japan
260 modules on an elevated agricultural structure with 20° tilt, a pile-supported foundation concept, 32 m/s wind and 40 cm snow inputs.
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186.48 kW Agrivoltaic Solar Mounting Project in Japan
336 modules on a high-clearance structure with 20° tilt, 2.9 m specified ground clearance, ground screws, 30 m/s wind and 30 cm snow inputs.
View case study →Project Facts Before Marketing Claims
The useful part of a case-study library is the project evidence. Different case pages contain different levels of detail, so this index does not invent missing values.
Capacity, module quantity, dimensions or linear scope where those values are documented.
Roof hooks, L-feet, triangle frames, ground screws, concrete foundations or elevated Agri-PV structures.
Wind, snow, tilt and clearance values only when the corresponding project page provides them.
Array geometry, rail runs, table configuration, access routes or other project-specific interfaces.
For engineering use, confirm the current project requirements and local design criteria independently; a published case study is a reference, not a universal design specification.
Need a Mounting Configuration for Your Site?
Send the project location, module data, layout, roof or foundation conditions and available wind or snow requirements. Easy Solar can review the information for a preliminary mounting configuration and quotation scope.
- Project location and application
- PV module size, quantity and layout
- Roof type, foundation or site conditions
- Wind, snow, tilt and clearance inputs if available
- Drawings, site photos or survey information