Tracker mounting system

Solar trackers are a special type of mounting system that allows solar panels to follow the movement of the Sun throughout the day. The basic idea of trackers is to maximize solar energy collection by optimally aligning the panels with the sunlight.

Early tracking systems were implemented in the form of single-axis trackers, which could rotate only around one axis. These systems allowed the panels to move from east to west, following the Sun. Single-axis trackers were used to increase the efficiency of solar energy collection, especially in conditions of variable sunlight.

Modern practice also uses dual-axis tracker systems, which allow the panels to follow the Sun not only horizontally, but also vertically. This allows for the most efficient use of solar radiation throughout the day.

Tracker systems are an innovative solution in solar energy that help increase the efficiency of solar power plants and provide greater solar energy output. They are especially effective in regions with large variations in sunlight.

DBN V.1.2-14:2009

"GENERAL PRINCIPLES OF ENSURING RELIABILITY AND STRUCTURAL SAFETY OF BUILDINGS,
BUILDING, STRUCTURES AND FOUNDATIONS»

DBN V.1.2-2: 2006

LOADS AND INFLUENCES. DESIGN STANDARDS.

Advantages

Maximizing solar energy collection : Tracker systems follow the movement of the Sun throughout the day, allowing solar panels to collect the maximum amount of solar energy. This increases the efficiency of the solar power plant and provides greater electricity output.

Improved performance in different conditions: Tracker systems allow panels to optimally align with sunlight even in variable sunlight conditions. This is especially important in regions with variable weather or large fluctuations in solar intensity.

Increased flexibility: Tracker systems can be customized for different types of solar modules and project requirements. They can be used in both commercial and residential solar power plants.

Optimal use of space: Tracker systems allow you to collect more solar energy from a limited area of land. They can be installed on ground stations or on building roofs, making efficient use of available space.

Reduce seasonality: Tracker systems help reduce the impact of seasonal variations on solar energy production. They can compensate for the changing sun angle at different times of the year and ensure consistent performance throughout the year.