Arduino Smart Garden System
  • Intro
  • BOM (Bill Of Materials)
    • Arduino Board
    • Sensor Shield V5
    • Soil Moisture Sensor
    • DHT11
    • LCD 16x2 (I2C)
    • Relay Module:
    • Water Pump
  • Arduino IDE
  • Codes
    • Reading Soil Moisture Sensor in Serial
      • Auto-Mapping
    • Connecting and Displaying Messages on LCD
    • Reading Temperature and Humidity with DHT Sensor
    • Displaying DHT Sensor Values on LCD
    • Controlling Water Pump with Soil Moisture Threshold
    • Smart Garden Automation with Arduino
Powered by GitBook
On this page
  1. BOM (Bill Of Materials)

Soil Moisture Sensor

PreviousSensor Shield V5NextDHT11

Last updated 1 year ago

The soil moisture sensor is an electronic device used to measure the moisture content or humidity level in the soil. It provides valuable information about the soil's water saturation, helping in monitoring and controlling the irrigation of plants or detecting moisture levels in various soil-based applications.

The soil moisture sensor typically consists of two electrodes that are inserted into the soil. One electrode acts as a probe to measure the moisture, while the other electrode serves as a reference. By measuring the electrical conductivity between these electrodes, the sensor can determine the moisture content of the soil.

The sensor's output is usually an analog voltage that corresponds to the moisture level. Higher voltage readings indicate moist soil, while lower voltage readings indicate dry soil. This information can be used to automate plant watering systems, trigger alerts when soil moisture drops below a certain threshold, or analyze and optimize irrigation strategies for efficient water usage.

The soil moisture sensor is commonly used in agriculture, gardening, environmental monitoring, and smart irrigation systems. It helps ensure that plants receive the appropriate amount of water, preventing overwatering or underwatering and promoting healthy plant growth. By accurately monitoring soil moisture levels, the sensor contributes to conserving water resources and maintaining optimal soil conditions for plant health and productivity.