When considering installing solar on property, choosing the correct solar mounting systems is among the most critical decisions. After all, this is what is going to keep your system in place over the next 20+ years, and it needs to be able to withstand the worst possible loads that mother nature would throw it's way. You will also want to consider the available space on your property to decide where to place your solar array.

What are solar mounting systems?

Solar mounting systems are used to fix solar panels onto a variety of surfaces, such as rooftops, parking lots or land. Mounting systems help keep the solar panels or arrays in place and work as the support structure for solar modules.

Mounting systems are generally made from steel or aluminum supports that can hold solar arrays in place through extreme loads from wind, snow and frost. There are different types of mounting systems, such as rooftop, ground-mount, and carport systems; but not every system is right for your property.

What are the different types of solar mounting systems?

There are different types of utility-scale solar mounting systems; the difference is in the way they are installed and the purpose. The main systems include rooftop, ground, and carports. Within these are different types of installations.

Flat roof mounting systems is one of the easiest ways

Like Flat roof mounting systems are mainly used for commercial or industrial buildings; often buildings that have large, flat rooftops.

Easy to install, and often tilted to maximize sun exposure

Ballasted and non-penetrating systems

Ballasted and non-penetrating systems distribute their weight onto across the roof. The weight-based loading is used to keep the arrays on the roof

Hybrid system, mix ballast and penetrating or non penetrating anchors to keep solar arrays on the roof

These solar mounting systems use steel or aluminum, making installation quick and easy

From the development of photovoltaics to today, every link of photovoltaics has been basically perfected. Such as solar mounting system.

Current solar mounting system can provide multiple ground mount solar racking solutions for your options based on the different terrains or different foundations, such as the solar tracking system, agriculture solar racking system, carport solar brackets, single pile mount ground solar PV system, screw mount ground solar system, etc. Besides, all products are made of anodized aluminum or steel, and most of the components are installed in the factory before delivery, which makes the products featured with strong structure strength, high corrosion resistance, good flexibility and easy installation on-site.

If a detailed analysis of mounting systems for solar.

The most commonly used is

Ground Solar PV Mounting System

Steel Single Post Carport

Ground Mounting System

Ground Mount Racking

Solar Ground Mounting System

Solar Panel Rack

Solar Mounting Rack

Water Tight Solar Panel Racking

Solar PV Racking

Ground Terrace

PV Racking System

Solar Panel Mounting Rack

Solar Panel Racks Ground

Waterproof Solar Carport PV System

Aluminum Solar Carport

Concrete Pile High Elevation Mounting System

Smart Tilt Single Axis PV Solar Tracker

Pole Rack System

Agricultural Greenhouse Mounting System

Solar Bracket System

Before solar panels can be installed onto your rooftop, you will need to know what the available solar mounting options are.  

A solar mounting system is a component that secures solar panels to your roof and holds them in place. Let’s discover the different solar racking systems available and how to choose the right mounting system for your solar installation.

We can differentiate options based on the roof type. Let’s take a look at some of the options for flat rooftops.

Rail-based mounting system

Firstly, a rail-based mounting system is used for flat roofs. The rails are secured to the roof using a bolt or screw with flashing installed. Each solar panel is then attached to the rail.

installation system provides customers with core elements of integrated wire management and simple installation, at a more economical price. rail-based design provides stiffness, reducing ballast requirements and roof loads. The system offers customizable solutions with its flexibility in panel orientation, row spacing, and tilt angle.

Anchored mounting system

an anchored mounting system eliminates the use of ballasts and is most popular with rooftops that have weight constraints. Wood screws are used to penetrate the roof surface to create a secure attachment against high wind loads. Also, high-grade flashing allows for a permanent seal against the elements.

Before installing a mounting system on a rooftop, it’s important to check and inspect the roof. Evaluating the condition and structure of the roof is important to determine the integrity and these are the necessary steps needed prior to installation.

Ballasted mounting system

This system is mainly used for flat-roof mounting systems and is the most common, and widely used system. Using weights i.e. ballasts, on top of the mounting system acts as a support and holds the solar panels in place, which makes it very efficient and easy to install.

Tile roof

Mounting solar panels on tile roofs may require additional labor as tiles will need to be removed, installing the mounting and flashing. Extra time will be vital to drill through the tiles and tread them carefully.

Standing-seam mounting system

Standing-seam metal roofs are the most convenient roof typeand are great for solar installations. They are the easiest to install as theyrequire no penetration to the roof and provide convenient attachments to thepanel with solar mounting clamps.

The longevity and ease-of-use make standing-seam metal roofs the perfect roof for solar panels.

Corrugated roof mounting system

A corrugated metal roof is most commonly seen on agricultural structures such as barns.  A metal roof is a challenge for installers as the roof may not be strong enough to support the mounting system. Additional mounting attachments are required to penetrate and secure the mounting system to the roof. To prevent water damage, it’s important for the system to be surrounded by flashing and leak-proof components. ETC.

In the future, the installation of photovoltaics will be more convenient and more conducive to the development of photovoltaics.