Solar panel 3D Models

Find the best Solar panel 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1754918270

1. 机械细节：电动剪叉机构特写 (针对推杆与走线)
画面重点：清晰展示推杆如何连接剪叉臂，以及电源线如何跟随运动。
Prompt:
Extreme close-up mechanical detail shot. The hinge mechanism of an electric car roof tent. Focus Subject: A silver electric linear actuator cylinder attached to a matte black metal scissor frame. Detail 1: Visible bolts, washers, and pivot points. Detail 2: A coiled black power cable (spiral cord) neatly routed along the metal arm. Lighting: Cool studio rim light highlighting the metal texture. Style: Photorealistic product photography, macro lens, sharp focus on the actuator, 8k. --ar 4:3 --v 6.0 --style raw
建模捕捉点：推杆的直径、安装耳的形状、螺旋线的收纳逻辑。
2. 电气细节：能源坞接口与触点 (针对电池结构)
画面重点：展示电池拔出后的内部结构，特别是金属触点和滑轨。
Prompt:
Product design close-up, exploded view. A modular battery station slot. Action: One battery module is removed, revealing the empty docking bay. Detail 1 (Crucial): Visible gold-plated copper connector pins inside the slot. Detail 2: Plastic guide rails and a physical locking latch mechanism. Material: Speckled recycled grey plastic texture vs s

Anonymous1766470432

Aperture Studio 3D

Anonymous1765781591

Hasina Maminirina

Need a 3D STL file as per the reference image. 2 rows solar panel with bottom side structure

Anonymous1765531306

Generate a 3D models along with sample images. do not change the structure models. Portrait mode solar PV Table.

Anonymous1765531306

ground mounted solar pv module 3D STL File

Anonymous1765006638

$//------------------------------------------- // ENVIRONMENT CONTROL DEVICE MODEL // (Solar Panel + Fan + DHT Sensor + Lamp) //------------------------------------------- // Base plate base_length = 140; base_width = 90; base_thick = 4; cube([base_length, base_width, base_thick]); //------------------------------------------------------ // SOLAR PANEL MOUNT //------------------------------------------------------ translate([5, 5, base_thick]) cube([110, 70, 6]); // large flat mount // tilt support translate([5, 5, base_thick]) rotate([20,0,0]) cube([110, 70, 4]); //------------------------------------------------------ // EXHAUST FAN HOUSING (40mm fan) //------------------------------------------------------ fan_size = 40; wall = 3; translate([base_length - fan_size - 10, 20, base_thick]) difference() { cube([fan_size + wall*2, fan_size + wall*2, 25]); translate([wall, wall, 0]) cube([fan_size, fan_size, 30]); } // Fan circular hole translate([b$

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Anonymous1764124894

请按图生成一个光伏组件，2278mm*1134mm*35mm 图片是组件的正面和反面请按照图片的两个元素生成组件的正面和发反面

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