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hashamkhancust
02-06 08:24
Model Name
solar panel 3d model
Tags
architecture
architecture realistic
architecture rendering
architecture rendering realistic
realistic
rendering
rendering realistic
solar
solar panel
solar panels
Prompt
Create a highly realistic 3D architectural visualization of a rooftop solar panel installation. The rooftop is a flat rectangular roof with: Width: 14 feet Length: 100 feet Orientation: Left side = North Right side = South Top = East Bottom = West Design a solar mounting structure for an 8 kW system using exactly 16 solar panels. Each solar panel measures: Length: 7.5 feet Width: 3.75 feet The panels must be arranged as follows: Exactly 4 panels per frame, forming a perfect square layout (2x2 grid). Each frame contains only 4 panels. All frames are facing true South for maximum sunlight. Frames are installed lengthwise along the roof. There is 4 feet of clear spacing between each frame. Total frames: 4 (since 16 panels total). Mounting and engineering details: Each frame is mounted on a tilted metal structure at an optimal solar angle (around 25–30 degrees). Frames are anchored to the rooftop using concrete blocks / ballast supports for stability. Each frame has its own independent support structure. Include realistic metal rails, clamps, bolts, and base blocks. Visual style: Ultra-realistic 3D render. Daytime with strong sunlight. Show shadows correctly based on tilt. Camera angle: slightly elevated aerial view (drone-like), showing the full roof. Emphasize engineering accuracy, clean layout, and professional solar installation. Environment: Modern residential rooftop. Clear sky. High-detail textures for panels, metal frames, and concrete blocks. Optional (if model supports constraints): Add: Ensure no more than 4 panels exist in a single frame. Do not merge frames. Maintain physical spacing and real-world engineering realism. This version is: Structurally precise Visually descriptive Free of ambiguity Works for any serious 3D generator Matches real solar engineering logic width 14ft, length 100 ft. such that its left is N, right is S, top east , bottom west, when put length wise as rectangle. I want to design solar panels structure for 8 kw with 16 panels. Each panel is 7.5 lenght and width 3.75. we have to put 4 panels in a fram such that is is perfect square with 4 panels, facing south. and after 4 panels we have space of 4 ft, and then so on
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hashamkhancust
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