Solar mounting projects and case studies
SolarMountX partnered with a leading EPC contractor in Thailand to supply the mounting structures for a 5MW ground-mount solar installation in Chiang Mai province.
Project facts
| Project capacity | 5MW |
|---|---|
| Location | Chiang Mai, Thailand |
| Application | Utility-scale ground-mount solar |
| Supply scope | More than 12,000 mounting structures |
| Project partner | Leading EPC contractor |
Project cooperation
The project demonstrates SolarMountX support for large ground-mount PV procurement through coordinated structure supply and EPC cooperation. Final system selection and engineering should be reviewed against the project drawings, module data, local loads, foundation conditions and installation requirements.
Thailand 5MW Solar Ground-Mount Project Scope
Reviewing a 5MW solar ground-mount project in Thailand? Start with the confirmed supply scope, then validate the module, loads, foundations, layout and installation documents for the actual site.
The available case-study record identifies a utility-scale ground-mount installation in Chiang Mai province, Thailand. SolarMountX supplied more than 12,000 mounting structures in cooperation with a leading EPC contractor. The record describes mounting-structure supply and EPC coordination; it does not by itself establish the project's generation, financial return or complete EPC boundary.
What the 5MW Ground-Mount Case Study Confirms
| Project item | Confirmed case-study detail | What a new project should verify |
|---|---|---|
| Application | Utility-scale ground-mount solar installation. | Array layout, access roads, equipment zones, construction sequence and maintenance access. |
| Location | Chiang Mai province, Thailand. | Local wind, rainfall, soil, corrosion, drainage, permitting and foundation conditions. |
| Capacity and supply | 5MW project; more than 12,000 mounting structures supplied. | Module dimensions, row spacing, table count, steel or aluminum schedule, BOM and delivery lots. |
| Delivery relationship | Mounting-structure supply coordinated with a leading EPC contractor. | Engineering responsibility, inspection records, packaging, logistics, installation documents and handover boundary. |
Engineering Checks Before Reusing the Project Approach
A project reference can show that a supplier has handled a comparable procurement scope, but it does not replace site-specific design. Before using a similar ground-mount arrangement, provide the current module datasheet, site survey, terrain information, environmental design conditions, foundation assumptions, cable routes and required structural deliverables.
- Structure and foundation: confirm spans, reactions, pile or concrete concept, tolerances, corrosion protection and inspection requirements.
- Layout and installation: coordinate row spacing, access, drainage, module orientation, staging, delivery lots and installation sequence.
- Commercial boundary: separate structure supply from civil work, installation, engineering calculations, commissioning, spare parts and ongoing O&M.
- Evidence package: request drawings, BOM, material or finish information, quality records, installation guidance and written exclusions.
Project reference versus site-specific design
| Use of the reference | Useful evidence | Limit |
|---|---|---|
| Supplier capability review | Comparable utility-scale supply, EPC coordination and stated structure quantity. | Does not prove identical loads, soil, module interface or local approval requirements. |
| Early project planning | Prompts a team to define capacity, structure count, delivery lots and engineering responsibilities. | Must be replaced by the new project's survey, layout, calculations and procurement specification. |
| RFQ preparation | Supports a clearer request for structure scope, documents, inspection and logistics assumptions. | Do not infer price, yield, schedule or performance results that are not stated in the case record. |
Practical RFQ Checklist for a Thailand Ground-Mount Solar Project
- State the project capacity, site location, module information and target delivery lots.
- Attach the survey, terrain and soil information available at the RFQ stage.
- Define wind, seismic, corrosion, drainage and other local design inputs.
- List the required drawings, structural calculations, BOM, inspection records and installation documents.
- Ask each supplier to identify exclusions for civil work, installation, logistics, commissioning and O&M.
For broader utility-scale selection factors, review the large-scale solar racking guide and the ground-mount solar systems guide. Send the project brief through the SolarMountX RFQ page when the site inputs are ready.
Summary
This Thailand 5MW solar ground-mount project is useful as a documented supply-scope reference: 5MW, Chiang Mai location, more than 12,000 mounting structures and EPC coordination. Use those facts to frame supplier questions, then base the final design and quote on the new project's site-specific engineering evidence.