Solar Mounting Structure: The Backbone of a Solar Power Plant

Solar Mounting Structure: The Backbone of a Solar Power Plant

Solar power is embraced across the world as it promotes sustainable development. However, solar panels are considered essential for a solar power plant. But do you know the role of the solar mounting structure in installing the panels? The solar mounting structure is a crucial component of solar power plants that provides support and foundation for the PV panels. 

Let’s explore the backbone of a solar power plant, solar mounting structure, in this article by revealing various aspects. 

Types of Solar Mounting Structures

The right mounting structure doesn’t just support the panel’s base but also affects its efficiency, functionality, and durability. It’s also crucial in maximizing energy production and improving durability and efficiency. Hence, it’s important to choose the right mounting structure that fits your needs. 

Different types of mounting structures are available in the market to install in solar systems for homes. The most prevalent types of solar mounting structures are as follows: 


Ground-mounted structures are ideal for large-scale solar farms or an open field where direct contact with the sunlight. Usually, these structures are installed on the ground, offering easy access for maintenance and optimal positioning to capture sunlight throughout the day. This type is suitable for premises with limited roof space or in the area covered by the tree’s shadow. 


Rooftop mounts are also known as Reinforced Cement Concrete (RCC) mount structures that are popular in residential and commercial premises. This structure utilizes the available roof space and prevents DC losses as it outdoes the connection between the inverter and solar arrays. They’re cost-effective and space-efficient, making them popular for distributed solar panel system installations.


Pole-mounted structures elevate panels using sturdy poles. It’s a unique construction as it captures an abundant amount of sun rays. Usually, they are south-faced tilted, which maximizes high exposure to the sunlight. They’re suitable for smaller installations and locations with limited ground and roof space, providing flexibility in panel placement.


Floating solar structures are a newer innovation, deployed on water bodies and installed to absorb a generous amount of sunlight. This mounting structure maximizes land use efficiency and reduces water evaporation, presenting a promising option for water-based solar power plant installations.

Factors to Consider When Choosing Solar Panel Mounting Structures

If you’re about to install a solar panel system, you’ve probably considered the various factors. Mounting structures are the fundamental support, and to stand your solar panel at the right angle, look at the factors that are listed below. 

Location and Geography

It’s imperative to look at the longitudinal and latitudinal locations before installing a solar power plant as different geographical areas receive different amounts of sunlight. It greatly impacts energy production. Hence, it’s recommended to analyze your site’s latitude, shading, and topography to maximize sunlight exposure for optimal performance.

Wind Loads

A mounting structure must be built with quality materials to hold the wind loads. Wind load calculations are crucial for safety and long-term durability, ensuring your panels stay secure. A poor mounting structure can cause hefty repairs and replacements. 

Solar Panel Size and Orientation

Align panel size and orientation with your energy needs and space, as a proper size and orientation maximize energy production. It’s suggested that tilt and direction should optimize sun exposure throughout the day and seasons.

Budget and Cost-Effectiveness

When it’s about solar panel installation, folks usually consider initial costs, maintenance, and potential energy savings. Thus, select a quality-built mounting system that balances your budget with long-term efficiency and reliability.

Sustainability and Environmental Factors

Prioritize eco-friendly materials and manufacturing processes when choosing a solar panel mounting structure. Sustainable choices reduce carbon footprint and contribute to a cleaner environment.

Key Functions of Solar Mounting Structures

For great power production and solar panel functionality, the installation of panels should be perfect. The solar mounting structures perform a key role and provide a stable base for solar systems for homes. The key functions of solar mounting frameworks are as follows: 

Optimal Panel Orientation

Solar mounting systems ensure that panels are oriented and tilted to receive the most amount of sunlight possible. This function is crucial for maximizing energy output and raising your solar system’s overall efficiency.

Durability and Stability

Solar mounting structures provide the necessary support to withstand environmental factors, such as wind, rain, and snow. Their durability and stability are crucial for the long-term performance and reliability of your solar panels.

Easy Maintenance

With the support of solar mounting structures, it’s easy to maintain and clean the solar panels. It allows easy access to the panels and components and simplifies cleaning, inspection, and repairs, extending the system’s lifespan and reducing downtime.

Space Utilization

Solar mounting frameworks are designed for efficient space utilization for both residential and commercial spaces. Solar mounting structures allow for the strategic placement of panels, maximizing energy production within the available area while minimizing land or rooftop usage.

Freyr Energy: Shaping the Future of Solar Energy with Customized Mounting Solutions

Freyr Energy is a leading player in the solar energy sector, renowned for its commitment to sustainability and innovation. It’s the best solar power company in India for the following reasons:

Customized Mounting Solutions

Freyr Energy stands out for its excellent and customized solar mounting solutions. We offer customized designs that cater to specific project needs, ensuring optimal panel orientation and fit and enhancing overall system performance. We design mounting structures for both residential and commercial spaces. 

Quality and Durability

In India, Freyr Energy is the best solar panel company, and it prioritizes solar panel solutions made up of top-notch quality and runs for a long time. Our solar solutions are built to withstand environmental challenges, promising long-term reliability and robust performance. With us, you don’t need to worry about the mounting structure quality and durability. 

Engineering Expertise

Freyr Energy has a team of experts who bring unmatched engineering proficiency to every solar project. We ensure to provide efficient solar solutions that accomplish all your needs. We can help you with innovative solar mounting designs and precise expertise so that you can enjoy solar energy without any hassles. 

Optimizing Space Utilization

Freyr Energy excels in space optimization, utilizing available areas efficiently. This not only maximizes energy production but also minimizes land or rooftop usage, making it an eco-friendly choice for solar energy solutions in India.


The demand for solar power plants is on the top as it offers a number of benefits. Indeed, we forget to praise the unsung hero of solar power, solar mounting structures. It’s a vital component of solar panels, ensuring durability, safety, and optimal power production. 

Even though installing solar panels with a mounting structure seems like a piece of cake, it’s essential to woo an expert like Freyr Energy. It stands as the best solar power company in India and supports you on the whole solar journey.

Asked Questions

A solar mounting structure is a framework designed to securely hold solar panels, positioning them for optimal sunlight exposure and ensuring their stability in various installations, such as rooftops or ground arrays.

Various things are involved in designing a solar panel mounting structure, such as site assessment, load calculation, material selection, structural and foundation design, compliance with codes, engineering validation, installation, and ongoing maintenance for optimal solar power generation.

Typically, there are five types of mounting structures that are installed in solar systems for homes and commercial spaces. However, the design and type of structure may vary depending on the specific installation, such as ground-mounted, rooftop, or floating.

The four basic components of a solar power plant are solar panels to capture sunlight, inverters to convert DC to AC, mounting structures to support panels, and batteries for power storage and distribution.

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