Vertical farming 3D Models

Find the best Vertical farming 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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Anonymous1776227817

render of exisitng drawing with vetical farming system inside include the building the insert enclosing the existing outdoor space with glass panel with mullion

Anonymous1775335030

render of exisitng drawing with vetical farming system inside

Anonymous1775335030

إن إنشاء مشروع زراعي صناعي متكامل بتكلفة **3 مليار** يتطلب رؤية تجمع بين الكفاءة القصوى للإنتاج والاستدامة البيئية، حيث يتم الربط بين الاستزراع السمكي المكثف (RAS) والزراعة الرأسية (Vertical Farming) فيما يعرف بنظام **الأكوابونيك الصناعي الذكي**.

إليك التخطيط الاستراتيجي لهذا المشروع الضخم وتوزيع المساحات والتقنيات:

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## 1. الهيكل العام والمخطط المكاني (3D Layout Vision)

يتم تصميم المنشأة كـ **نظام مغلق ومؤتمت بالكامل**، يتكون من طوابق متعددة لتعظيم الاستفادة من المساحة:

* **الطابق الأرضي (مركز الـ RAS):** أحواض دائرية ضخمة لتربية الأسماك (مثل التلابيا أو السلمون) مع أنظمة فلترة ميكانيكية وبيولوجية.
* **الطوابق العليا (المزارع الرأسية):** أبراج زراعية تستخدم تقنية الهيدروبونيك (NFT أو Deep Water Culture) لزراعة الورقيات والمحاصيل الثمرية.
* **العمود الفقري (نظام الأنابيب الذكي):** شبكة معقدة تنقل المياه الغنية بمخلفات الأسماك من الأسفل إلى الأعلى، وتعود مصفاة ونقية إلى الأسماك.

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## 2. نظام الـ RAS الذكي (Recirculating Aquaculture System)

في هذا النطاق السعري (3 مليار)، لا نتحدث عن أحواض عادية، بل

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yujing

A wide-angle architectural 3D visualization of a modern school building in Kharkiv with a massive urban farm integrated onto its flat rectangular roof (60m x 15m). The roof is strictly organized: 70% is covered with long rows of 3-tier vertical farming racks, and 30% consists of clean technical walkways. The racks are filled with lush green microgreens and lettuce. Some sections are covered with a high-tech transparent greenhouse structure made of professional agro-film. Visible infrastructure includes large water reservoirs, a pump station, and a network of drip irrigation pipes. The style is eco-futurism, photorealistic, cinematic lighting, 8k resolution, showing the farm as a natural extension of the school's architecture under bright daylight.

Anonymous1772786403

Anonymous1771465528

Create a highly detailed 3D model of a modular vertical farm system. The structure features a central aluminum frame with 5 stacked tiers (shelves), each 2 meters wide, 1 meter deep, and spaced 0.5 meters apart vertically for plant growth and airflow. Include rows of leafy green plants (like lettuce) on each tier, facing inward for uniform access.
Integrate the following equipment realistically:

NFT Channels and Reservoirs: Long, sloped PVC channels (0.1m wide, 2m long) on each tier with a 2-3 degree incline for gravity-fed nutrient flow. At the base, add a large central reservoir tank (1m x 1m x 0.5m) for storing and recirculating nutrient solution, connected via pipes and pumps. Show semi-transparent channels with flowing nutrient film.
Full-Spectrum LEDs: Strip lights suspended 0.3m above each tier, spanning the full width, with adjustable arms. Use glowing purple-blue hues to represent balanced red/blue-dominant spectrum for photosynthesis. Include 10-15 panels per tier for even coverage.
HVAC and Dehumi

Anonymous1771465528

Anonymous1771177063

A realistic 3D isometric render of a DIY smart vertical farming system named "BECO". The structure is a compact, multi-tier greenhouse frame made of aluminum slots and clear acrylic panels.

Tech: Four distinct "BeagleBone Black" microcontroller boards are mounted visibly on the side frame, connected with neat wiring.

Sensors: Visible sensors inside the case (humidity sensor, UV sensor).

Actuators: A small fan mounted on the wall inside, a vent door at the top with a servo motor. Then a door at the front another servo motor.

Plants: Lush green herbs (basil, mint) growing inside under an 8x8 grid of purple LED grow lights.

Base: A water tank at the top shelf with clear tubing running down.

Style: High-fidelity engineering visualization, studio lighting, white background, detailed cable management, unreal engine 5 render, technical aesthetic.

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