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▷ Structures for solar panels: Improving efficiency in photovoltaic parks

A fundamental aspect in the installation of photovoltaic solar parks or gardens are the structures designed to support the solar panels. These structures, also known as supports or solar trackers, play a crucial role in the efficiency and performance of solar plants.

The structures for solar panels are designed to allow correct orientation and positioning of the panels in relation to the sun. This is essential to maximize the collection of solar energy throughout the day and in different seasons of the year.

Depending on the characteristics of the terrain and the objectives of each project, there are different types of structures that adapt to specific needs.

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Fixed structures of panels in solar farms

One of the most used structures in the solar industry is the fixed or static structure. These supports hold the panels in a fixed position, usually at an optimal angle for the geographic region. They are ideal for areas with stable climatic conditions and sufficient space for installation.

Fixed structures are durable, easy to maintain and the main advantage is that they are usually the most economical option.

Installation of solar panel trackers or mobile structures in solar parks

However, to further improve the efficiency of photovoltaic parks, solar tracking structures are used. These systems allow the panels to follow the movement of the sun throughout the day, thus optimizing the capture of solar radiation. There are two main types of solar trackers: single-axis and two-axis.

Install single-axis solar trackers

Single-axis solar trackers allow the movement of solar panels in a single axis, either horizontally or vertically. Its operation is based on following the position of the sun from east to west throughout the day, automatically adjusting the inclination of the panel.

This type of structure is more expensive than fixed ones, but can increase energy production by up to 25%, resulting in a faster return on investment.

Installation of two-axis solar trackers

On the other hand, two-axis solar trackers allow movement in two axes, horizontal and vertical. This allows the panels to follow the movement of the sun both from east to west and from north to south.

With this functionality, the panels can capture maximum solar radiation at any time of the day and at any time of the year.

Two-axis solar trackers are the most efficient, but also the most expensive and complex to install and maintain.

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Resistance and durability standards for solar panel structures

In addition to solar orientation and tracking, structures for solar panels must meet strength and durability standards. They must be able to withstand loads from wind, snow and other adverse climatic factors.

The materials used, such as galvanized steel, aluminum or other corrosion-resistant materials, play an important role in the protection and durability of structures.

Site and Field is a company specialized in the design, installation and maintenance of structures for solar panels. We work closely with our clients to determine the best structure option according to their needs and efficiency objectives. Our goal is to optimize solar energy generation, providing customized solutions that maximize the performance of photovoltaic parks.

If you are considering installing a photovoltaic park or have questions about the best structures for solar panels, do not hesitate to contact us. We will be happy to share our knowledge and provide you with efficient and sustainable solutions for your solar energy projects.

Structures for solar panels are the key to improving the efficiency and performance of photovoltaic parks, thus accelerating the transition towards a more sustainable and energy efficient future.

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Post driving for photovoltaic parks: A solid foundation for solar energy

Today, solar energy has become one of the most important and sustainable sources of energy worldwide. Photovoltaic parks, also known as solar plants, play a crucial role in generating electricity from the sun. To ensure their long-term stability and efficiency, it is essential to have a solid foundation for solar panels. This is where post driving plays a fundamental role.

Post driving refers to the process of installing poles into the ground where the solar panels will be placed. These posts provide the necessary support for the panels and ensure their stability in various climatic and environmental conditions. In photovoltaic parks, pole driving is a critical stage that requires specialized experience and equipment.

The first step in pole driving is evaluation of the terrain. It is important to carry out an exhaustive study of the soil to determine its resistance, composition and other relevant characteristics. This will allow you to select the most appropriate type of pole and installation method. Posts can be made of steel, concrete or any other strong and durable material.

Once the type of post has been selected, the driving process itself begins. Traditionally, manual methods were used, such as the use of mallets and repeated blows to drive the posts into the ground. However, with advances in technology, specialized equipment, such as pneumatic hammers or hydraulic vibrators, is now used to make the process easier and faster.

At Site and Field we have the pole driving machinery necessary to execute the project successfully.

Post driving must be carried out with precision and following established safety standards. Proper pole alignment and leveling are critical to ensuring solar panels are installed properly and effectively. In addition, the resistance of the pole against phenomena such as wind and the impact of possible natural disasters must be taken into account.

A crucial factor in driving posts is the depth at which they should be installed. This depth varies depending on the specific design of the photovoltaic park and soil conditions. Adequate depth will ensure the stability of the posts and prevent unwanted movements over time.

The driving of poles for photovoltaic parks is not only limited to the initial installation. It is also necessary to consider maintenance and periodic inspection of the poles to ensure their integrity and stability throughout the life of the park. This may involve conducting tests and measurements to evaluate the strength of the poles over time, and taking corrective action if necessary.

At Site and Field, we understand the importance of pole driving for efficient photovoltaic farms. We have a team of experienced professionals and the necessary driving machines. If you are considering the installation of a photovoltaic park or have questions about pole driving, do not hesitate to contact us. We will be happy to share our knowledge and provide you with tailored solutions for your solar energy projects.