How to Choose Solar Panel Mounting Structures for Home, Industry & Commercial Installations
How to Choose Solar Panel Mounting Structures for Home, Industry & Commercial Installations
solar panel mounting structures
Normally structures are made of MS and then galvanized with 80 microns of Zinc coating. The height of solar panels after mounting on such structures from roof surface remains 300 mm to 750 mm only.
Sufficient only to allow cleaning roof below the panels from time to time. But it is possible to increase the height of structures to 2-3 mts also , giving enough room below the panels to create a workable space or do roof gardening below the panels, while the panels produce solar energy for your home/ industry. In some cases industries have used that space for storage of goods or staff canteen.
In home people tend to use that space for roof gardening or creating an space for sitting.
Now a new trend is seen in Chinese market for using FRP Solar Roof Top Structure. These are light weight , easy to mount and comparable in cost.
Suggested Articles

Solar Microgrids: All you need to know
Discover how solar batteries store excess energy, maximize your solar system’s efficiency, and provide reliable power during outages. Learn about the types, benefits, lifespan, and maintenance tips to make the most of your solar investment.

Service Panel Inspection Guide for Solar PV Systems
A complete guide to inspecting service panel connections in solar PV systems, including connection verification, electrical safety checks, preventive maintenance, and troubleshooting techniques.

Corporate Safety Policies for Solar PV Workplaces
A complete guide to establishing and following safe work procedures in solar PV systems, ensuring worker safety during installation, testing, commissioning, operation, and maintenance.

Ground Mounted Solar Systems: Complete Guide for Commercial & Industrial Projects in India
Ground mounted solar systems are ideal for commercial and industrial projects with available land. This guide explains cost, land requirement, installation process, and ROI in India.

Benefits of Site Survey in Solar PV Installation
Shadow analysis is a critical step in solar site assessment. It helps solar installers identify shading obstacles and optimize panel placement for maximum energy generation.

Tools to Perform Shading Analysis Prior to Solar Installation
A solar site assessment helps installers evaluate location, shading, structure, and energy requirements before installation. This guide explains the essential steps for accurate solar system planning.

Solar PV Module Damage Inspection & Quality Checks in Solar EPC
A practical solar panel unpacking guide covering safe handling, on-site precautions, and key do’s and don’ts to avoid module damage.

Sustainable Solar Panel Disposal: Recycling for a Greener Future
Sustainable solar panel disposal ensures old or damaged panels are recycled responsibly, reducing waste and environmental harm. By adopting eco-friendly recycling and reuse practices, we can recover valuable materials, lower carbon impact, and make solar energy truly sustainable from installation to end-of-life.