Photovoltaic cable plate modeling complete
I. A system of selection of materials
We use the sandwich compound:
Base bottom: 5mm aluminum plate lasers are cut in shape to ensure overall stability
Topographic layer: manual engraving of high-molecular bubble materials, surface covered with mineral powder mixtures
Cable layer: customised silicone to contain copper core lines with an exact diameter of 0.8 mm
Photovoltaic plate: Accumulation with vacuum plating technology
Core production process
Topography：
The basic topography of the CNC carving through 3D scan data
Manually add sandstone muscles and use special razors to shape the natural rise and fall.
Multi-level spray paint to enhance attachment
Cable system production：
Pre-burial mini-sort
Silicon-gel cables are stymied with heat-fired guns.
Using the "liveline" process to facilitate later maintenance
Optical array installation：
Each PV prints a separate circuit texture.
Matrix rags to ensure consistency of angles
Backboard pre-light channel.
III. Colour reduction scheme
Implement five-step colour criteria:
Underground paint treatment: 3-time paints of the specialized model
Main colour phase: Industrial brush-coated mask process
Old treatment: natural mineral paint dry cleaning techniques
Protection coatings: sub-regional dudsing/semi-light cleaning
Final Colour: Match under D65
IV. PROBLEMS OF LAUNCHATION
Dynamic effects:
Regulated brightness LED simulation power generation status
Fibre-optic conductive current transmission
Magnetic Insorption Weather Effects Module
Goods control process:
3D scans per day against progress
72 hours of continuous electrical testing
Professional photographers stay in check and check.