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Kseng
Kseng Solar's Triangular Truss Zn-Al-Mg C Steel Ground Mount Solar Structure is a modular steel support solution designed for ground-mounted photovoltaic applications.
The system is characterized by its triangular truss configuration, formed by interconnected C-shaped steel members. The structural assembly can include upper and lower chords, vertical and diagonal members, support posts, and longitudinal connecting components, depending on the project design.
Unlike conventional ground mounting structures with different support configurations, this solution emphasizes a truss-based structural framework. Its modular arrangement provides flexibility for adapting the mounting structure to project layouts and engineering requirements.
Manufactured using Zn-Al-Mg coated carbon steel, the system combines a distinctive structural design with material selection intended for outdoor mounting applications.
The system uses a triangular truss arrangement formed by connected C steel members. The geometry helps create a rigid structural assembly and provides defined load paths through the interconnected members.
The dimensions, member arrangement, and connection details are determined according to project-specific structural requirements.
The main framework is assembled from C-shaped steel profiles and connecting members. Depending on the design, these may include upper chords, lower chords, vertical members, diagonal braces, and support posts.
The modular component arrangement allows the structure to be configured for different PV project layouts.
The structural members are manufactured using zinc-aluminum-magnesium coated carbon steel. The metallic coating is designed to provide corrosion protection for steel components in outdoor environments.
The appropriate coating specification should be selected according to the project's environmental exposure and technical requirements.
Longitudinal connecting members link individual support or truss assemblies along the array direction. These components help form an integrated mounting framework and coordinate the structural arrangement across the PV installation.
The system can be evaluated and configured according to solar module dimensions, array layout, mounting height, site conditions, design loads, and foundation interfaces. Final specifications are subject to engineering confirmation.
Depending on the approved project design, the triangular truss ground mounting structure may include:
C Steel Upper Chords: Upper structural members forming part of the triangular truss assembly.
C Steel Lower Chords: Lower members connected to the upper structural components.
Vertical and Diagonal Braces: Members arranged to form the triangular truss configuration.
C Steel Support Posts: Supporting members connecting the structural assembly to the foundation interface.
Longitudinal Connecting Members: Components linking multiple support assemblies along the mounting array.
Solar Module Support Members: Rails or purlins used to support the PV modules, depending on the system configuration.
Bolts and Connection Accessories: Fasteners and fittings used to connect the structural members.
The actual component list and arrangement may vary according to the project drawings and engineering design.
Zn-Al-Mg coated carbon steel is used for the main structural members of this mounting solution. The zinc-aluminum-magnesium coating provides a metallic protective layer intended to improve the corrosion resistance of steel in outdoor applications.
Material thickness, coating specification, and steel grade should be selected according to project requirements and applicable standards.
For projects in demanding environments, material suitability should be assessed based on actual site exposure, including humidity, coastal conditions, soil conditions, and other relevant corrosion factors.
The triangular truss C steel ground mounting structure can be configured for:
Utility-scale ground-mounted solar PV projects
Commercial and industrial ground-mounted photovoltaic systems
Large open-field solar installations
Ground-mounted PV projects requiring truss-based support structures
Projects with customized structural layout requirements
Final suitability depends on the site conditions, engineering calculations, foundation design, and applicable local standards.
Kseng Solar is a solar mounting structure manufacturer offering mounting solutions for ground-mounted, rooftop, carport, and solar tracking applications.
For this triangular truss C steel mounting system, the structural configuration can be reviewed according to the customer's project requirements, including:
Solar module dimensions and arrangement
Truss geometry and structural member configuration
Support post dimensions and mounting height
Longitudinal connection arrangement
Foundation interface requirements
Wind, snow, and other applicable design loads
Steel grade and Zn-Al-Mg coating specifications
Applicable engineering standards
Customers can provide project drawings, technical specifications, or preliminary site information for product evaluation and configuration.
A triangular truss configuration provides a different structural approach from conventional ground mounting arrangements. By connecting C steel members into a truss assembly, the system creates a defined framework for structural load transfer and support.
Combined with Zn-Al-Mg coated carbon steel and project-based configuration, this structure offers an additional mounting option for developers, EPC contractors, distributors, and solar installation companies.
Contact Kseng Solar to discuss your project requirements and learn more about our triangular truss C steel ground mounting structure.
A triangular truss solar mounting structure is a ground mounting framework formed by interconnected structural members arranged in a triangular configuration. It uses connected upper, lower, vertical, and diagonal members to create a rigid support assembly for photovoltaic applications.
The main difference is its truss-based structural configuration. Instead of focusing only on conventional post-and-beam arrangements, this system uses interconnected C steel members to form triangular truss assemblies, together with longitudinal structural connections.
The main structural members are made from Zn-Al-Mg coated carbon steel. The steel grade, member dimensions, thickness, and coating specification can be reviewed according to project requirements.
Diagonal braces connect different parts of the truss assembly and contribute to its structural rigidity. Their dimensions, positions, and connections are determined through project-specific structural design.
Yes. The structural configuration can be reviewed according to solar module dimensions, project layout, support height, design loads, foundation interfaces, and applicable engineering standards.
Depending on the design, the system may include C steel upper and lower chords, vertical and diagonal braces, support posts, longitudinal connecting members, module support members, and connection accessories.
It can be configured for utility-scale and commercial ground-mounted PV applications. Its suitability for a specific project should be confirmed through structural calculations and site-specific engineering review.
Useful information includes the project location, solar module specifications, array layout, required mounting height, structural design loads, foundation information, and applicable local standards. Drawings or preliminary project specifications can also help with product evaluation.
Kseng Solar is a solar mounting structure manufacturer. Customers can contact Kseng Solar to discuss the configuration, material specifications, and project requirements for truss-based C steel ground mounting solutions.
