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Arduino Irrigation System

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Original price was: 6,500.00₹.Current price is: 3,000.00₹.

The Arduino Irrigation System automates watering by using a soil moisture sensor to monitor soil conditions and activate a water pump when needed. It features an LCD display for real-time status and a potentiometer for adjusting sensitivity.

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Description

The Arduino Irrigation System is an automated watering solution designed to maintain optimal soil moisture levels for plants. Using an Arduino UNO as the central controller, the system utilizes a soil moisture sensor to measure the moisture content in the soil. If the soil moisture falls below a set threshold, the system activates a water pump to irrigate the plants. The 16×2 LCD display provides real-time updates, while a potentiometer allows users to adjust the moisture threshold for customized operation.

Benefits

  1. Water Conservation: Only waters plants when necessary, reducing water usage.
  2. Time-Saving: Automates the irrigation process, saving time and effort.
  3. Healthy Plants: Ensures plants receive consistent hydration for better growth.
  4. User Customization: The potentiometer allows users to adjust the soil moisture threshold according to plant needs.
  5. Easy Monitoring: The LCD display shows system status and current soil moisture readings.

Working

  1. Soil Moisture Measurement: The soil moisture sensor continuously measures the moisture content in the soil and sends data to the Arduino.
  2. Threshold Adjustment: The potentiometer is used to set the desired soil moisture level that triggers the watering system.
  3. Arduino Processing: The Arduino UNO processes data from the soil moisture sensor and compares it to the set threshold.
  4. Pump Activation: When the soil moisture level is below the set threshold, the Arduino sends a signal to the relay module, activating the water pump to water the plants.
  5. Display Update: The 16×2 LCD display shows current soil moisture levels and operational status, allowing the user to monitor the system in real time.

Components

  1. Arduino UNO: The central microcontroller that processes sensor input and controls outputs.
  2. Soil Moisture Sensor: Measures the moisture level of the soil.
  3. Potentiometer: Allows the user to adjust the moisture threshold for irrigation.
  4. Relay Module: Controls the on/off state of the water pump.
  5. Water Pump: Provides water to the plants when activated.
  6. DC Adapter: Powers the system.
  7. 9V Battery and Battery Cap: Provides an alternative power source.
  8. 16×2 LCD Display: Displays real-time soil moisture readings and system status.
  9. DC Jack: Connects the power source to the system.
  10. Pipe: Delivers water from the pump to the plants.

This automated irrigation system helps ensure that plants receive the right amount of water, promoting healthy growth while conserving water.