Harness the power of the sun with the Solarware GI Roof-Top Mounting Structure, specially designed for 2 bifacial solar panels. This high-quality DIY kit includes everything you need to securely mount 2 panels (550W–750W) and ensure optimal performance. With a 7ft back height and 5.5ft front height, this stand is engineered for maximum sunlight exposure and longevity.
Model: SWST-P2R1-EHGI-V1
🌞 Key Features
Galvanized Iron (GI) Construction: Provides weather resistance and long-lasting durability, making it perfect for outdoor installations.
High-Rise Design: 7ft back height and 5.5ft front height, ensuring optimal tilt for solar panels for maximum energy generation.
Modular and Adjustable: Customizable angle and structure to adapt to different roof types.
Designed for Bifacial Panels: Ideal for bifacial solar panels like Waaree Loom and other high-efficiency modules.
📦 Included Components
Base Plates (4 Nos.): Provides a secure foundation for the structure.
Rafters (2 Nos., 5 ft): Provides strong support for your solar panels.
Mid-Clamps (2 Nos.): Ensure secure and stable attachment of solar panels.
Z-Clamps (4 Nos.): Robust clamps to hold panels firmly.
Legs (2 Back Legs – 7ft, 2 Front Legs – 5.5ft): Ensures correct tilt and stability.
Purlins (2 Nos., 8 ft): For overall structural integrity.
Fasteners (16 Nos.): Includes all necessary bolts, nuts, and washers for easy installation.
Cost-Effective: The DIY kit allows you to set up the mounting structure yourself, saving you installation costs.
Durability & Reliability: Made with GI-coated steel, this structure ensures the system withstands the elements and provides lasting performance.
Easy Installation: All the components, clamps, and fasteners are included to make the installation as easy as possible.
Support for High-Power Panels: Designed to support bifacial panels efficiently, ensuring higher energy yields for your system.
🔧 Installation Notes
This mounting structure is designed for DIY installation, but professional assistance is recommended for secure setup. Ensure that concrete footings are used to anchor the base plates for maximum stability. Always verify installation against local wind and weather conditions to ensure the structure is safe and optimal.
