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DCC Bridge
Anonymous1773133169
03-10 10:26
Model Name
smart irrigation system 3d model
Tags
irrigation system
machine
machine realistic
machine simulation
machine simulation realistic
realistic
simulation
simulation realistic
Prompt
**3D Model Prompt for Tripo Studio – Smart Irrigation System (AgriSense)** Create a detailed 3D model of a smart agriculture irrigation system installed on a small farm field (about one hectare). The model should show a modern IoT-based irrigation setup used to automatically water crops based on soil moisture. The environment is an agricultural farm with multiple rows of crops planted in organized lines. The system includes a water source such as a water tank or borehole connected to a high-power irrigation pump. The pump is connected to a network of PVC irrigation pipes that distribute water across the farm. The irrigation network includes a main pipe connected to several smaller drip irrigation tubes that run along each crop row. These tubes have drip emitters positioned near plant roots to deliver water directly to the crops. Several soil moisture sensors are installed in the soil between crop plants. The sensors are partially buried near plant roots and connected by cables to a central control unit. The sensors measure soil moisture levels to determine whether irrigation is needed. A weatherproof smart irrigation controller box is mounted on a metal pole in the field. Inside the control box is a microcontroller (similar to an ESP32 or Arduino-based system), relay modules, and communication modules that control irrigation automatically. Multiple electric solenoid valves are installed along the irrigation pipes to divide the farm into irrigation zones. These valves automatically open or close water flow depending on the commands from the controller. The system is powered by a solar energy setup consisting of solar panels mounted on a metal frame, a battery storage unit, and a charge controller connected to the irrigation controller and pump. The 3D model should clearly show: • crop rows and farmland terrain • underground soil moisture sensors • irrigation pipes and drip tubing network • solenoid valves on irrigation pipes • water pump connected to water source • water storage tank or borehole • smart controller box mounted on a pole • wiring connecting sensors and controller • solar panels and battery system • water flowing through drip irrigation near crops Style: realistic agricultural technology prototype, educational demonstration model, clean layout showing how each component connects in a real farm smart irrigation system. and put an agricultural farm
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