Views: 0 Author: Site Editor Publish Time: 2026-09-18 Origin: Site
In September 2026, Kseng supplied a 2MW standing seam metal roof solar mounting system for a photovoltaic project in Namangan, Uzbekistan.
The project uses a non-penetrating mounting structure with standing seam roof clamps and H-type solar rails, providing a stable mounting platform for PV modules without drilling through the standing seam metal roof.
The system combines AL6005-T5 aluminum alloy with SUS304/316 stainless steel components, providing a lightweight and corrosion-resistant material solution for large-scale rooftop solar applications.
Project Location: Namangan, Uzbekistan
Project Type: Standing Seam Metal Roof Solar PV Project
Installed Capacity: 2MW
Mounting System: Standing Seam Roof Clamp + H-Type Solar Rail
Roof Type: Vertical Standing Seam Metal Roof
Main Material: AL6005-T5 Aluminum Alloy
Clamp and Fastener Material: SUS304/316 Stainless Steel
Installation Method: Non-Penetrating Roof Mounting
Project Date: September 2026
Solar Mounting Supplier: Kseng
The Namangan project features a 2MW rooftop photovoltaic installation on a standing seam metal roof.
For this type of roof, the mounting system needs to provide a secure connection to the standing seam while maintaining the integrity of the roof surface.
Kseng's standing seam mounting solution uses specialized roof clamps that attach directly to the standing seam, followed by the installation of the solar rail and PV module clamps.
This configuration eliminates the need to drill mounting holes through the metal roof panel, making it suitable for rooftop solar projects where preserving the existing roof surface is an important consideration.
Kseng's standing seam product documentation describes the system as a drill-free, rail-based solution for vertical standing seam metal roofs.
A key feature of this 2MW project is the non-penetrating installation method.
Instead of using fasteners that penetrate the roof panel, the standing seam clamps are mechanically attached to the raised roof seams. The solar mounting rails are then connected to the clamps to create the PV module support structure.
The basic installation structure can be described as:
Standing Seam Roof → Roof Clamp → H-Type Solar Rail → Solar Module Clamp → PV Module
This type of mounting approach can help preserve the original metal roof surface and avoid creating additional penetration points in the roofing panel.
For commercial and industrial rooftop solar projects, a non-penetrating structure can also simplify the mounting interface between the PV system and the existing standing seam roof.
The exact clamp configuration and structural design should be selected according to the specific standing seam profile, roof structure, module dimensions and local engineering requirements.
The project uses H-type aluminum solar rails as the main rail component of the PV mounting structure.
The rail creates a continuous mounting interface between the standing seam roof clamps and the photovoltaic modules.
Using a rail-based configuration allows PV modules to be positioned and secured along the planned solar array layout while providing a standardized connection interface for the module clamps.
Kseng's solar rail product range includes aluminum rails manufactured from AL6005-T5, which are designed for rooftop and other photovoltaic mounting applications.
For large rooftop PV projects, a standardized rail and clamp structure can also support efficient installation across multiple module rows.
The main structural components of the system use AL6005-T5 aluminum alloy.
AL6005-T5 is widely used in photovoltaic mounting applications because it combines structural strength, relatively low weight and corrosion resistance.
For rooftop solar installations, aluminum rails can provide a lightweight mounting structure while reducing the handling burden during transportation and installation.
Kseng's solar roof mounting portfolio specifies Aluminum 6005-T5 and SUS304 stainless steel as key materials for its rooftop mounting solutions.
The aluminum components in this Namangan project form the primary rail structure supporting the photovoltaic modules.
The standing seam roof clamps and related fastening components use SUS304/316 stainless steel.
Stainless steel provides corrosion resistance for outdoor mounting applications and is suitable for mechanical connections between the roof clamps and solar mounting structure.
The combination of AL6005-T5 aluminum alloy and SUS304/316 stainless steel provides a practical material configuration for long-term outdoor PV mounting applications.
Kseng's standing seam mounting system also uses stainless steel components together with aluminum structural profiles.
With a total installed capacity of 2MW, this Namangan project represents a large-scale rooftop PV application.
Standing seam metal roofs are commonly used on industrial and commercial buildings, where large roof areas can provide suitable space for photovoltaic installations.
A clamp-based solar mounting system allows the PV array to be connected to the existing standing seam structure without relying on conventional roof penetrations.
For large commercial and industrial projects, the mounting system can be designed according to factors including:
Roof profile
Standing seam dimensions
Building structure
PV module dimensions
Module layout
Wind load
Snow load
Roof conditions
Local engineering requirements
Kseng's manufacturing process includes structural verification, wind and snow load simulations, material testing and pre-assembly trials for solar mounting solutions.
The mounting system follows a modular installation concept.
The stainless steel roof clamps are positioned on the vertical standing seams and mechanically secured according to the required installation torque and engineering specifications.
The aluminum H-type solar rails are connected to the roof clamps to establish the primary support structure for the PV modules.
The photovoltaic modules are positioned according to the project layout and supported by the aluminum rail structure.
Mid clamps and end clamps are used to secure the solar modules to the rails and complete the PV mounting structure.
This modular approach allows the roof clamps, rails and module clamps to work as an integrated solar mounting system.
The clamp-based design attaches to the standing seam without drilling through the metal roof panel.
By avoiding unnecessary roof penetrations, the system can help maintain the existing roof surface and waterproofing design.
AL6005-T5 aluminum rails provide a lightweight structural solution for rooftop PV installation.
The combination of aluminum alloy and SUS304/316 stainless steel provides corrosion-resistant materials for outdoor applications.
Roof clamps, H-type rails and PV module clamps form a modular mounting system that can be assembled according to the project layout.
The system can be engineered for commercial and industrial rooftop PV projects according to roof conditions and applicable structural requirements.
Kseng's existing standing seam product is specifically positioned for commercial and industrial metal rooftop applications and supports customized clamp dimensions for different standing seam profiles.
The Namangan project expands Kseng's portfolio of solar mounting applications in Uzbekistan and Central Asia.
Kseng has previously supplied solar mounting systems for projects in Uzbekistan, including a 3.2MW metal-roof PV project in the Tashkent region and an 18MW ground-mounted PV project in Namangan.
The 2MW Namangan rooftop project adds a standing seam metal roof application to this regional project portfolio.
For Central Asian solar projects, mounting systems need to be selected according to local roof structures, environmental conditions and applicable wind and snow load requirements.
Kseng provides aluminum roof mounting systems, metal roof clamps, solar rails and other PV mounting components for different rooftop applications.
Kseng is a solar mounting system manufacturer providing solutions for residential, commercial, industrial and utility-scale photovoltaic projects.
Its solar mounting portfolio includes:
For standing seam metal roofs, Kseng provides clamp-based mounting solutions using aluminum rails and stainless steel components.
The 2MW Namangan project in Uzbekistan demonstrates the application of this mounting concept for a large-scale rooftop photovoltaic installation.
With AL6005-T5 aluminum alloy, SUS304/316 stainless steel clamps and H-type solar rails, the system provides a modular solution for standing seam metal roof PV projects.
The 2MW standing seam metal roof solar mounting project in Namangan, Uzbekistan was completed in September 2026.
The project uses a non-penetrating standing seam mounting system consisting of roof clamps and H-type solar rails.
The mounting structure combines AL6005-T5 aluminum alloy with SUS304/316 stainless steel components.
The clamp-based configuration connects the PV mounting system to the standing seams without drilling through the metal roof panels, while the H-type aluminum rails provide the mounting interface for the photovoltaic modules.
This project demonstrates the application of Kseng's standing seam metal roof mounting technology for large-scale commercial and industrial rooftop solar projects in Uzbekistan and the wider Central Asian market.
Looking for a standing seam metal roof solar mounting system for your next PV project? Contact Kseng for professional solar mounting solutions, roof clamps and aluminum solar rail systems.
The Namangan rooftop solar project has a total installed capacity of 2MW.
The project is located in Namangan, Uzbekistan.
The PV system is installed on a vertical standing seam metal roof.
The project uses a standing seam roof clamp and H-type solar rail mounting system.
Yes. The mounting concept uses roof clamps that attach to the standing seams without drilling through the metal roof panels. Kseng describes its standing seam solution as a drill-free, non-penetrating mounting system.
The main structural material is AL6005-T5 aluminum alloy, while SUS304/316 stainless steel is used for roof clamps and fastening components.
An H-type solar rail is an aluminum mounting rail used to create the structural interface between the roof mounting points and photovoltaic modules.
Yes. Kseng's standing seam mounting system is designed for residential, commercial and industrial metal rooftop PV applications, subject to project-specific structural assessment.
Yes. Kseng states that standing seam clamp dimensions, L-foot height and rail lengths can be customized to match different standing seam profiles and project requirements.
