How to Choose Solar Panel Mounting Structures for Home, Industry & Commercial Installations
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

Improve Your Power Factor After Solar Installation: Complete Guide
Power factor after solar installation often fluctuates due to system design and load patterns. Learn the key causes, challenges, and solutions for better efficiency.

How Are Solar PV Modules Made? Complete Guide to the Manufacturing Process
Choosing the right solar panels can be confusing with so many options in the market. This guide simplifies solar panel selection by comparing types, efficiency ratings, and cost factors. Whether for your home, business, or industry, learn how to make an informed decision and maximize the return on your solar investment.

Delhi charges one of the highest tariffs for commercial load and industrial – average over Rs 10.00 per kWh
Delhi imposes some of the highest electricity tariffs for commercial and industrial consumers, averaging over ₹10 per kWh, impacting businesses and operating costs

Solar Net Metering in Industrial Units: Opportunities and Risks
Solar net metering can help factories save on energy costs, but there are key pitfalls to consider. Learn the challenges and best practices for industrial adoption

Blame it on Sun! Average Solar PLFs not satisfactory
Explore the reasons behind low average Solar PLFs, from environmental factors to system design, and learn strategies to boost solar plant performance

Solar Power System Efficiency: How to Calculate for Residential, Industrial & Commercial Use
Understand and measure your solar system’s performance. Maximize energy output at home, industrial units, and commercial buildings

How to Clean and Maintain Solar Power System for Maximum Efficiency
Regular cleaning of your solar power system is essential to maintain maximum efficiency and energy output. Dust, bird droppings, and pollution can reduce performance by up to 20%. This blog explains the right cleaning methods, schedules, and safety tips for residential, industrial, and commercial solar systems.

Industrial Solar Plants with Diesel Generator Backup: What You Need to Know
Discover how industries can efficiently run rooftop solar plants alongside diesel generators (DG). Learn the benefits, setup tips, and hybrid system strategies to ensure uninterrupted power and maximize energy savings.

Uttar Pradesh Electricity Tariffs increased varying from Rs 0.40 to 1.0 per Unit for 2015-16
As per the approved tariff order of UPERC…

How DISCOMs Implement Net Metering for Solar Power Plants
Discover the process of net metering implementation by DISCOMs for solar power plants. Understand the benefits, billing mechanism, and how it maximizes solar energy utilization.