Dual Axis Solar Tracker Table 2x10x2-0-55 and 25 Degree

2x10x2 Vertical Panel Layout

Energy Generation Simulation With Python Script Code in Blender

A total of 40 solar panels with a total of 1 solar pole placements

Panel Dimensions : 2279 x 1134 x 35 mm

Panel Power : 590Wp

1 solar panel steel construction produces 23,6 kWp power in 1 hour

A Python script code has been prepared in Blender to simulate energy production during the day. When the timeline is played, energy production is simulated between 8:00 a.m. and 4:00 p.m. A monitoring screen has been modeled to display the technical data of the power plant, and the technical information has been adapted to the screen in text form.

To run the energy production simulation and prevent it from resetting when it malfunctions, simply go to the Scripts section in Blender, press the PLAY button once in the code section, and switch to the model section.

HDRI has been downloaded free of charge from the Poly Haven site. There is no charge for HDRI. HDRI can be downloaded with the model or other HDRI files can be used from the Poly Haven site with different fees or free of charge.

Used HDRItiergarten_4k

All models are 1/1 real world scale.

Exported formats;

• dae
• fbx
• obj

Animation has not been added to exported formats. There is no animation in formats other than Blender.

Animation can be added to dae-fbx-obj formats upon request after purchase.

Prepared With BLENDER Version 4.0.1

Polygons : 672645

Vertices : 891812

Objects : 2966