Case of modelling of the energy system ' s sandbar

A 1:200-scale wind-light-storage integrated energy sandpad, consisting of three sets of wind-power generators, transformer facilities and storage systems, will be customized for the new energy technology exhibition.
Precision modelling phase
Field mapping of windmill blade arc
Revert real terrain through satellite maps.
Characteristic magnification of transformer radiators
Photo-sensitive resin printing
The main structure uses semi-transparent resin expression equipment Sensor.
Layer-printing windmill blades, single thickness 0.15 mm
The energy chamber has an internal LED route.
Composite material processing
ABS support enhances structural stability
Transparent Aklik Simulator Insulation
Magnetic base for transport assembly
Industrial Colouring Process
Wind towers are treated with metal base paint + light
The oxidation of the electrical towers is layered.
The storage tank for the sand UV coating.
Programable LED simulation energy flow path
Magnetic trigger wind-rotation demonstration
Customize the sandpad background projection system
Modular design support component replacement
Each set of models is matched to a chart
3 different light environment tests
Specialized box seismic protection