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DCC Bridge
Anonymous1768910031
01-20 11:57
Model Name
glass panel 3d model
Tags
architecture
rendering
realistic
Prompt
You are visualizing a science-driven electrochromic smart window prototype, not inventing functionality. Design a 20 cm × 20 cm electrochromic glass panel based on WO₃-type electrochromic device constraints. Engineering constraints (must follow): – Flat glass surfaces with uniform pressure support (electrochromic layers require even contact). – Thin laminated stack: glass / electrochromic layer / electrolyte / counter electrode / glass. – No curvature in the glass. – Minimal mechanical stress on glass edges. Frame & housing: – A slim rectangular frame that clamps evenly on all four sides. – Frame thickness ≤ 15 mm. – Include gasket-like features to suggest sealing (moisture protection). – Add mounting holes for lab and window installation. Electronics enclosure (rear side): – Small detachable box at the bottom rear (not covering active glass area). – Space for a microcontroller PCB, EC driver circuit, and DC-DC converter. – Openings for: • ambient light sensor (front-facing) • temperature sensor (rear/side) • low-voltage DC input (1–3 V electrochromic drive, 12 V supply input optional) Functional indicators (visual only): – Show glass in a neutral transparent state with an optional tinted overlay to indicate electrochromic darkening capability. – Do NOT add decorative patterns. Design intent: – Industrial, minimal, research-grade MVP. – Realistic proportions suitable for lab testing, pilot installation, and investor demonstration. – Prioritize manufacturability and clarity over aesthetics. Generate a clean, realistic 3D product model, suitable for technical discussion and prototype planning. Output format: OBJ or GLTF. No artistic exaggeration.
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Anonymous1768910031
Anonymous1768910031