Description
Build an engaging Smart Irrigation Project Model and explore how technology can be used for efficient and automatic plant watering. This DIY project demonstrates how a soil moisture sensor can detect the moisture level of soil and control a water pump based on the detected condition.
The kit uses an Arduino UNO, soil moisture sensor, relay module, mini water pump, water tube, plant pot, connecting wires, battery and switch to create a working smart irrigation model. When the soil becomes dry, the sensor provides input to the Arduino, which can activate the water pump to supply water to the plants. This demonstrates the basic concept of automated irrigation and water conservation.
Ideal for school science exhibitions, STEM activities, DIY electronics learning, classroom demonstrations, science fairs and educational projects, the kit provides practical experience with sensors, microcontrollers, relays, pumps and basic programming.
A step-by-step assembly manual is provided with the kit to guide students through the wiring, component connections and assembly process.
Components included: 5V Relay Module, Arduino UNO, Water Pump, Transparent Pipe, Battery, Switch, Connector, Soil Moisture Sensor, Jumper Wire Base
Note: The images are for sample/reference purposes only. The final model may vary in appearance, design, component placement and overall assembly based on the assembly process.
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