Innovative three-row photovoltaic construction for solar parks. A new approach to solar energy

Solar energy continues to be one of the most dynamically developing sectors in the field of renewable energy sources. With the growing demand for efficient and cost-effective solutions, innovative technologies and designs are becoming increasingly important. One such innovation is the three-row photovoltaic ground structure that Solarity’s structural engineering developed and tested.

We already have the first completed photovoltaic park with a capacity of 3mw in the village of Dubovo, where we report a reduction in the installation period by as much as 30% compared to the two-row construction.

Main characteristics of the three-row photovoltaic structure

The three-row photovoltaic construction represents a new methodology in solar panel installation that maximizes the use of space and increases energy efficiency. Here are some of its key features:

Compactness and optimization of space: By arranging the solar panels in three rows, the structure significantly reduces the occupied area, while maintaining or even increasing the energy yield.

Increased efficiency: The three-row arrangement allows better capture of sunlight throughout the day, reducing losses related to positioning and shade.

Lower installation and maintenance costs: The compactness of the structure leads to a reduction in material and installation costs, as well as facilitates the maintenance and cleaning of the panels by cleaning robots in the future.

Compliant with natural conditions: The structure can be adapted to different terrains and climatic conditions, making it suitable for diverse geographical areas. The construction has as many as 4 braces, which guarantee strength, without the risk of falling even on terrains with greater snowfall.

Applications and future
The three-row solar array has the potential to change the way solar farms are built. It is particularly suitable for large projects where space optimization and energy output maximization are critical.

As technology advances and production costs decrease, this innovative design could become a standard in the renewable energy industry.

The three-row photovoltaic structure represents a significant step forward in the optimization and efficiency of solar energy. With its innovative approach and technological advantages, it offers a sustainable and efficient alternative for the production of clean energy, contributing to the reduction of the carbon footprint and the protection of the environment.