ID-SIMULATOR

Smart, fast, reliable simulation for optimized solar tracker solutions

IDEEMATEC's ID-Simulator™ is a cutting-edge simulation tool designed to streamline and perfect solar tracker system designs. By leveraging automation and advanced engineering insights, ID-Simulator™ delivers precise, efficient, reliable solutions for solar projects of all sizes.

The ID-Simulator™ provides

Did you know?

The ID-Simulator™ provides

  • Tailored design: Customization based on solar panel dimensions, string lengths and site-specific conditions.
  • Superior performance: Verification of designs through advanced simulations for wind, seismic, and mechanical loads.
  • Automation advantage: High-speed workflows for rapid iterations, ensuring efficient and accurate optimization.

Validated by industry-leading testing

Wind tunnel testing

Wind tunnel testing

In collaboration with CPP Wind Engineering, IDEEMATEC’s solar trackers undergo rigorous aeroelastic wind tunnel testing to ensure stability in extreme wind conditions. Different configurations have been tested to determine critical wind speed (Ucr) for aeroelastic stability.

These tests have demonstrated:

  • The patented locking system increases critical wind speed across all tilt angles by reducing span lengths, enhancing overall stability.
  • Flat stow minimizes wind pressure on solar panels, making it the most effective solution for high-wind conditions.

Proven results: The L:TEC 1P excels in high-wind environments, offering unmatched reliability, with the ability to withstand wind speeds of up to 400 kph (3-second gust at 10m height) thanks to our patented locking technology.

For high-wind regions, L:TEC 1P sets the benchmark for resilience and durability.

Built to last: mechanical testing

Built to last: mechanical testing

Our engineers test IDEEMATEC solar trackers using state-of-the-art measurement equipment in our in-house laboratories. Examples of mechanical tests:

  • Full-scale free-vibration tests to determine natural frequency and damping ratios.
  • Maximum load tests for all essential parts of the solar tracker such as posts, sprocket, driveshafts and bearings.
  • Buckling and screw connection tests for structural integrity.

Our advanced simulation models and testing methods ensure the most secure, durable, and efficient solar tracker system on the market.

Already got a project and need a quotation?

Request a quotation

Got some questions about our technology?

Contact

Need a hand on your current project?

Technical support