Solar Panel Structure



Solar Panel Structure


Solar Panel Structure

The solar panel structure is exposed to static, dynamic, and wind loads and varying thermal conditions. The goal was to evaluate the stability of the structure under static, dynamic and thermal loads.



Solar Panel Structure Frame Solar Panel Structure Frame

Solar Panel Structure




Modal Analysis

Insights:

Recommendations: Structural modifications and damping strategies.



Modal Analysis _Mode 1 Modal Analysis _ Mode 2

First mode shape fr = 2.064 Hz, Second mode shape fr = 2.224 Hz




Modal Analysis _ Mode 3

Third mode shape fr = 20.218 Hz




Static and Dynamic Loading Analysis

Insights:

Recommendations: Consider reinforcements.



Static Load application Stress distribution _ Solar Panel

Static load application and Stress distributions




Deformation analysis _ Solar Panel

Deformation Analysis




Thermal Loading Analysis

Insights:

Recommendations: Material selection and insulation to mitigate effects.



Thermal analysis _ Solar Panel

High-temperature load application




Buckling Analysis

Insights:

Recommendations: Strengthening under extreme loads.





Recommendations

The FEA simulation analyses provided valuable insights into the solar panel structure's performance under various loading conditions. These findings are crucial for optimizing the design and ensuring the structural integrity of the solar panel support system. Key recommendations include:

  1. Material Selection and Thermal Insulation: Careful consideration of materials and insulation to mitigate thermal-induced stresses and deformations.
  2. Vibration Damping: Implementing damping strategies to reduce vibrations in resonance-prone areas identified through modal analysis.
  3. Structural Reinforcement: Strengthening the structure to withstand dynamic loading conditions, especially during severe weather events.
  4. Buckling Prevention: Additional bracing or strengthening to prevent buckling under extreme loads.

These recommendations will not only enhance the structural reliability of the solar panel support system but also extend the lifespan of the solar panel itself. Further refinement and testing are recommended to ensure the safety and longevity of the structure in real-world conditions.



Tetra Elements LLC

Cupertino, California, USA

Call Us:   +1 408 498 7080

info@tetraelements.com

www.tetraelements.com

Careers at Tetra Elements

  • Simulation Services:
    • Structural Analysis:
    • Stress/Strain Analysis
    • Deformation Analysis
    • Fatigue Analysis
    • Modal Analysis
    • Dynamic Analysis
    • Vibration Analysis
    • Thermal Analysis
    • Electromagnetic Simulations
    • Optical Simulations