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daniela_jirlaianu
02-23 15:41
Model Name
solar panel 3d model
Tags
props
props simulation
props simulation stylized
props stylized
simulation
simulation stylized
solar
solar panel
stylized
Prompt
Create a detailed 3D educational cutaway model of a solar panel demonstrating electron flow. The model should show: A rectangular solar panel with a partially cutaway front layer Visible internal silicon layer with simplified atomic structure pattern Sunlight photons represented as sketch-style glowing lines or arrows hitting the surface Small spherical electrons being knocked free from silicon atoms Directional arrows inside the panel representing an electric field pushing electrons in one direction Metal contacts at the top and bottom of the silicon layer Wires connected to the panel leading to a small simple light bulb Electrons flowing through the wire in one direction Bold directional arrows labeled “Direct Current (DC)” Style Requirements Hand-drawn sketch style Pencil and ink linework Slightly rough, educational textbook aesthetic Light cross-hatching shading Soft muted colors (yellow photons, light blue electrons, gray silicon, beige background) Non-photorealistic rendering Looks like a 3D classroom teaching model Clean geometry but stylized edges Subtle outline stroke effect on objects Composition Isometric or angled perspective Clear visibility of internal layers Emphasis on electron motion direction Minimal environment (plain background) Designed as a standalone educational display model 🔧 Optional Advanced Parameters (if supported in Tripo) If there’s a style or refinement field, add: "non-photorealistic rendering (NPR)" "technical illustration style" "educational science diagram" "sketch shader effect" "low to medium poly clean topology" Scene description: Show a cutaway view of a solar panel with visible internal silicon layers. Include sunlight photons represented as sketchy glowing lines or arrows coming from the top and striking the silicon surface. When the photons hit the silicon atoms, show electrons being knocked free. Represent electrons as small, glowing spheres with hand-drawn motion lines. Inside the solar panel, illustrate an electric field with directional arrows pushing electrons in one direction. Clearly show the electrons flowing through metal contacts, into wires, and around a simple external circuit (such as powering a small light bulb). Visually emphasize the one-direction flow of electrons using bold sketch arrows labeled “Direct Current (DC).” Add small handwritten-style educational labels: “Sunlight Photons” “Silicon Atoms” “Freed Electrons” “Electric Field” “Electron Flow” “Direct Current (DC)” Style requirements: Sketch-style linework (pencil, ink, or charcoal look) Slightly rough, hand-drawn aesthetic Light cross-hatching for shading Muted educational color palette (soft yellows for sunlight, light blues for electrons, grays for silicon) White or light beige background like a notebook page Clean but clearly hand-illustrated The model should feel like a 3D classroom science diagram that has been hand-sketched, educational, clear, and visually focused on electron flow direction.
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