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Accurate component representation
Accurate representation of the heliostat's tracking mechanism is essential for maximizing the accuracy of the simulations, especially for large heliostat fields where the last rows of heliostats can be kilometers away from the receiver. Inadequate representation of the actual mechanics involved in the tracking system results in poor aiming accuracy and thus to misleading efficiency calculations, excessive spillage, wrong flux calculations, etc. Within Tonatiuh++, the possibility of representing accurately the tracking mechanism is provided. As an example, Figure 1 illustrates the heliostat design of CSIRO along with geometrical details related to its two axis tracking system.

The tracking system can be accurately represented in Tonatiuh++, as this gives the possibility of including all the parameters related to the actual mechanics. Figure 2 provides a close-up view of the Tonatiuh++ window where the user can set the exact geometrical characteristics of the tracking mechanism.
Tonatiuh++ MCRT ray-tracer Wiki
Wiki
Getting started
Functionalities
- Tracking systems
- Scripting capabilities
- Field creation from external files
- Accurate component representation
- Design of complex surfaces through functions
- Procedural design of heliostat fields
- Flux analysis
- Materials
- Computer Aided Design (CAD) files import
- Atmospheric transmission
Relevant Papers