based Smart Irrigation System Projugaadu Circuit Diagram
Blogbased Smart Irrigation System Projugaadu Circuit Diagram Working of smart plant watering system: We are connecting a single MCU (Arduino, Node MCU, Wemos D1, ESP 32) to a Soil moisture sensor here we are using a capacitive sensor instead of resistance sensor because those sensors has DC current wiith two metallic electrodes printed on the silicon board which cause the electrolysis and the metals corrode by damaging the device permanently.
Many smart systems also include sensors that react to rainfall, ensuring that your plants get just the right amount of water. 3. Consistent Watering Schedule. Plants thrive on consistency. An automated system allows you to establish a regular watering schedule that ensures your plants receive water at the same time every day.
Automatic Plant watering system using Arduino or ESP8266 Circuit Diagram
This process requires careful calibration to avoid over- or under-watering the plants. In this project, you will build your own automatic irrigation system for an indoor plant, like the one in Figure 2. This way, you do not need to worry about waterproofing your circuit for outdoor use, although that is an optional variation of the project.
Conclusion: In conclusion, the Automatic Plant Watering System harnesses the power of the Arduino and the precision of a Capacitive Soil Moisture Sensor to ensure optimal watering for plants. No longer will plants face the risks of being under or over-watered.With real-time moisture level data displayed on an OLED screen, users are kept informed not only about the soil's condition but also
Automatic Plant Watering System with Arduino & Soil Sensor Circuit Diagram
Relay Module: Controls the water pump based on sensor data. Water Pump: Supplies water to plants. Tubing and Drip Emitters: Delivers water to each plant. Water Reservoir: Stores water for the system. Power Supply: Powers the pump and ESP32. Blynk App (or similar): Mobile app for monitoring plant health and receiving alerts.
