Solar structure calculation

Need a solar structure calculation?

The calculation of structures for solar panels is a crucial element in any photovoltaic installation. Incorrect design can significantly reduce panel efficiency, resulting in lower energy production and inferior financial performance. Our specialists will explain how to take into account factors such as tilting, orientation, and shading to ensure the optimal placement of your solar panels.
Cálculo de estructuras para paneles solares

Key factors for the calculation of structures for solar panels

Tilting and orientation

Determining the optimal tilt and orientation of the panels to capture the maximum solar radiation.

Shading evaluation

Assessing and avoiding shadows that may reduce panel efficiency.

Structural strength

Ensuring that the structures can withstand environmental loads and maintain the safety and durability of the system.

Geographical location

Taking into account the climatic and geographical conditions of the location to optimize solar energy production.
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Importance of calculating solar structures

  • Maximization of Performance: Proper design allows for the full utilization of available solar energy, increasing energy production and enhancing the profitability of the photovoltaic system.
  • Optimization of Investment: By ensuring accurate calculation of structures, unnecessary expenses are avoided, and the investment made in the installation of solar panels is efficient and profitable.
  • Safety and Durability: Adequate calculation of structures guarantees the stability and strength of the panels and their supports, which is crucial in preventing accidents and long-term damage.
  • Regulatory Compliance: Many locations have specific regulations for the installation of photovoltaic panels. Accurate calculation ensures that the project complies with all local regulations and allows for a legal and secure installation.
  • Contribution to Sustainability: By maximizing solar energy production, the structural calculation promotes the adoption of renewable energy and helps reduce dependence on fossil fuels, thereby contributing to the fight against climate change.

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What is the importance of a geotechnical analysis in the calculation of solar structures?

Geotechnical analysis is crucial for assessing the characteristics of the soil at the installation site. It provides information about the bearing capacity of the soil, its cohesion, friction angle, and other properties. This information is essential for designing suitable foundations and ensuring the stability and safety of the structure.

What is the role of structural strength and rigidity in the calculation of supports for solar panels?

Structural strength and rigidity are crucial to ensure that the structure can withstand applied loads without excessive deformation. Strength analysis evaluates the structure’s capacity to withstand stresses, while rigidity refers to its ability to maintain its shape and prevent unwanted displacements.

What techniques are used for stress and deformation analysis in the calculation of structures for solar panels?

Stress and deformation analysis employ numerical methods such as the finite element method, which breaks down the structure into small elements to calculate local stresses and deformations. Analytical analysis and experimental tests can also be conducted to validate the results obtained.

What is the safety factor, and how is it applied in the calculation of structures for photovoltaic panels?

The safety factor is a ratio between the maximum load a structure can bear and the design load it will be subjected to under normal conditions. It is used to ensure that the structure is robust enough and has a margin of safety against possible unexpected loads or extreme conditions. The safety factor is applied by multiplying the design load by the appropriate factor for each type of load.