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DCC Bridge
Anonymous1771465528
02-19 01:55
Model Name
modular vertical farm 3d model
Tags
machine
machine realistic
machine rendering
machine rendering realistic
modular
realistic
rendering
rendering realistic
vertical farming rack
Prompt
Create a highly detailed 3D model of a modular vertical farm system inside a compact indoor space, such as a 10x10x8 meter room or shipping container. 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 Dehumidifiers: Ductwork and vents along the sides and top of the frame. Place a central HVAC unit (0.5m x 0.5m x 1m box) at the base, with fans for airflow. Add compact cylindrical dehumidifiers at mid-levels to control humidity and prevent mold. Automated Nutrient/pH/EC Dosing: A base control panel with peristaltic pumps, nutrient bottles, and sensors in the reservoir for automatic pH (5.5-6.5), EC (1.5-2.5 mS/cm), and nutrient adjustments. Connect via branching pipes to each tier. IoT Sensors and AI Software: Scatter small spherical or boxy sensor nodes throughout for temperature, humidity, EC/pH, and cameras. Wire them to a central AI hub computer at the base, with data overlays showing real-time monitoring. Water Recycling Systems: Below the reservoir, include cylindrical filter tanks with mesh textures, pumps, and UV sterilizers for purifying and recirculating water, looping back from channels to minimize waste. Harvesting and Packaging Tools: At one end, add a ground-level workstation with scissors, conveyor belt sorters, and packaging bins for efficient crop cutting, sorting, and packing. Use industrial textures: metallic frames, glossy plastics for channels, green foliage for plants, and ambient indoor lighting from the LEDs. Ensure the model is scalable, interactive, and optimized for realism in software like Blender or Unity, with elements like animated water flow and air particles for dynamism.
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Anonymous1771465528
Anonymous1771465528