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DCC Bridge
Anonymous1774931826
03-31 06:51
Model Name
solar panel 3d model
Tags
machine
rendering
realistic
Prompt
Create a realistic 3D engineering model of a hybrid solar energy system. The system includes a tilted solar panel mounted on a metal frame. The front side contains photovoltaic cells clearly visible. On the backside of the solar panel: - Apply a matte black coating to enhance heat absorption. - Attach a flat aluminum plate using thermal paste for efficient heat transfer. - Mount a thermoelectric generator (TEG module) on the aluminum plate. - The hot side of the TEG is connected to the aluminum plate. - The cold side of the TEG is connected to a heat sink with a cooling fan. Dust detection system: - Place optical dust sensors (small modules) at the four corners of the solar panel. - Sensors should be positioned to monitor dust accumulation on the panel surface. Cleaning mechanism: - Fix an air nozzle along one side edge of the solar panel. - The nozzle is connected to a small air pressure system. - Show airflow direction indicating controlled, low-pressure air cleaning. System details: - Include wiring connections between components. - Show a microcontroller unit (like Arduino) connected to sensors and cleaning system. - Maintain a clean, professional engineering layout. Style requirements: - Realistic 3D render - High detail - Soft lighting - Outdoor environment (optional) - Slight exploded view or semi-transparent view to show internal components clearly - Labels for key parts: Solar Panel, Matte Coating, Aluminum Plate, TEG Module, Heat Sink, Fan, Dust Sensor, Air Nozzle Perspective: - Isometric or angled engineering view Quality: - Ultra realistic, high resolution, technical illustration style
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