Solar Mounting Structures for Rooftop, Ground-Mounted & Industrial Solar Projects
A solar array is only as stable as what it's bolted to. We design and fabricate solar mounting structures that connect photovoltaic panels to the supporting roof, ground foundation or elevated structure — for industrial rooftops, warehouses, factories, PEB buildings and ground-mounted solar projects.
- Format
- Rooftop, ground & elevated mounting
- Best for
- Industrial, PEB, commercial roofs
- Materials
- Galvanized steel, coated steel, aluminium
- Design basis
- Site & engineering-specific
A solar mounting structure is a structural framework used to support and position solar photovoltaic panels, connecting the panels with the supporting roof, ground foundation or other structural surface.
A properly designed mounting system helps maintain the planned panel arrangement while transferring applicable loads to the supporting structure or foundation — coordinated with the roof or ground it sits on, not treated as an afterthought.
The framework behind every stable solar array
Solar panels need a stable, appropriately designed support system. A properly engineered mounting structure keeps the array aligned, transfers loads correctly to the supporting surface, and leaves room for the access a solar installation will need over its service life.
- 01Stable physical support for the installed solar modules
- 02Proper alignment and positioning maintained across the array
- 03Structural connection to the roof, foundation or supporting surface
- 04Organized, systematic solar panel layout
- 05Project-specific configuration matched to the installation site
Every rail, bracket and connection sized for the load it carries.
The right mounting system, for the right site
Rooftop Solar Mounting Structures
Designed for installing solar panels on suitable building roofs — industrial buildings, warehouses, factories, commercial and institutional buildings — coordinated with the existing roof and structural system.
Industrial Rooftop Solar Mounting Structures
Planned around roof geometry, existing structural members, roofing system, panel layout and maintenance pathways; a structural assessment of the existing building may be required before installation.
Ground-Mounted Solar Structures
Support photovoltaic panels installed on foundations or other ground-supported systems, for solar farms, industrial land, open plots and large solar installations — design depends on site conditions and soil characteristics.
Elevated Solar Mounting Structures
Position solar panels above the ground or another usable area — parking, industrial spaces or utility areas — with structural design accounting for the intended use of the space below.
PEB Rooftop Solar Mounting Structures
Coordinated with primary and secondary structural members, roof profile and drainage of pre-engineered buildings, following a project-specific structural assessment before fixing to an existing PEB roof.
What holds the panel in place
Mounting rails & support members
Rails provide the supporting interface between modules and the main structure, selected according to panel configuration, mounting arrangement and structural requirements.
Clamps, fasteners & base connections
Clamps and fasteners connect modules to the mounting structure — proper fastening is important for maintaining panel position and connection integrity.
Structural frames & bracing
Frames, bracing members and connection plates form the primary structure, sized according to the applicable loads and support conditions.
Material selected for the environment
Galvanized steel, coated steel, aluminium and other project-specific materials are selected based on the installation environment and corrosion exposure.
What the mounting design has to account for
Every mounting structure is engineered around:
The mounting system shouldn't fight the roof it sits on
Rooftop installations need to work with the roof, not against it.
For rooftop solar projects, mounting installation is coordinated with fixing method, waterproofing-related detailing, roof penetrations where applicable, drainage paths and roof movement — so the solar array doesn't compromise the roof it depends on.
- Fixing method compatible with the existing roof construction
- Drainage paths, gutters and downpipes kept unobstructed
- Walkways and service routes planned for inspection access
- Panel spacing balanced against practical maintenance zones
- Structural assessment completed before fixing to an existing roof
From site assessment to final inspection
Site Assessment
The roof, ground conditions or supporting structure is reviewed.
Project Requirement & Structural Review
Panel dimensions, quantity and arrangement are evaluated alongside the supporting structure or foundation requirements.
Mounting Layout Development
The mounting arrangement is developed according to the solar panel configuration.
Material Preparation
Required mounting components are prepared according to the project design.
Support Installation
Primary mounting supports are installed at the designated locations.
Rail & Framework Installation
Rails and supporting members are installed according to the approved layout.
Alignment & Level Checking
The installed framework is checked for alignment and positioning.
Solar Panel Installation
PV modules are installed and secured to the mounting system according to the applicable installation requirements.
Final Inspection
Connections, alignment, mounting components and overall installation are checked.
What you get from building it this way
Stable solar panel support
A properly designed structure keeps the array secure and correctly oriented over its service life.
Appropriate structural connections
Loads are transferred to the supporting roof or foundation according to the specific support conditions.
Coordinated maintenance access
Walkways, service routes and panel spacing are planned alongside the array layout, not left as an afterthought.
Compatibility with suitable roof systems
Mounting design is coordinated with the roofing material, drainage and existing structural capacity.
Project-specific customization
Configuration is matched to panel dimensions, roof or ground conditions and site-specific engineering requirements.
Suitable for large solar projects
Structures scale across large arrays with coordinated foundation, layout and installation sequencing.
Who we supply solar mounting structures for
Not the same level of engineering
| Feature | Solar Mounting Structure | Basic Panel Support |
|---|---|---|
| Design | Project-specific structural design | May use simpler support arrangements |
| Panel Arrangement | Systematic and coordinated | Depends on installation |
| Structural Connection | Designed for specific support conditions | Application dependent |
| Maintenance Planning | Can include access considerations | May be limited |
| Rooftop Integration | Can be coordinated with roof system | Depends on installation method |
| Large Solar Projects | Suitable with project-specific engineering | May not be suitable |
| Customization | High | Depends on system |
Frequently asked questions
A supporting framework used to position and secure solar photovoltaic panels on rooftops, ground foundations or other suitable supporting surfaces.
Common configurations include rooftop, ground-mounted and elevated solar mounting structures — the appropriate type depends on the project.
Yes — after evaluating the existing structure, roof system and applicable project requirements.
Yes — when the roof and supporting structure are appropriate for the proposed installation.
Galvanized steel, coated steel, aluminium or other suitable structural materials, depending on the project.
Yes — roof condition, structural capacity, roof configuration and installation requirements should be evaluated before finalizing the mounting system.
Yes — according to panel dimensions, roof configuration, ground conditions, layout and project-specific engineering requirements.
Rooftop systems connect to suitable building roof structures, while ground-mounted systems are supported by foundations or other ground-based arrangements.
Yes — warehouses with suitable roof structures can be evaluated for rooftop solar installations.
Elevated solar mounting structures may be considered where the space below needs to remain usable, subject to project-specific engineering.
Panel configuration, installation location, roof or ground conditions, structural capacity, wind conditions, material selection, drainage and maintenance access.
Yes — project-specific solar mounting structure solutions for suitable industrial, commercial, rooftop and ground-mounted applications.
Planning a rooftop or ground-mounted solar project?
Share your building conditions, panel layout and project requirements — our team will help develop the right solar mounting structure for your site.