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

How to Improve Solar Panel Performance for Optimal Energy Output
Performance degradation in solar panels reduces energy output over time. This guide explains how to factor in degradation when calculating annual yields, ensuring accurate estimates for residential, commercial, and industrial solar installations.

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.

6 Upcoming Renewable Energy Events in India You Should Attend
The World Environment Expo, 2022 is a business platform that allows national and international equipment

Solar Inverter Specifications Explained: How to Read Datasheets & Choose the Right Inverter
Choosing the right solar inverter is critical for system performance and safety. This guide explains how to read inverter datasheets, understand key specifications, and select the best inverter for your solar project.

Solar Chankya: Complete Guide to Solar Systems and Components
Discover the key components of solar systems—from panels to inverters and batteries—and how they work together for efficient energy solutions

How MPPT Works in an Inverter: A Simple Guide for Solar Users
This simple guide explains how MPPT works in a solar inverter, helping users understand how it maximizes power output and improves system efficiency.

Solar Site Assessment: Shadow Analysis for Maximum Energy Generation
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.

Solar for Food Processing Units: Cost, Benefits, Installation & ROI in India
A complete guide on solar systems for the FMCG industry in India covering installation cost, benefits, ROI, system sizing, and the installation process.