IoT based Smart Irrigation System using NodeMCU ESP8266 Adafruit IO Circuit Diagram

IoT based Smart Irrigation System using NodeMCU ESP8266 Adafruit IO Circuit Diagram In this project, we will learn how to make a smart irrigation system with ESP32 DEVKIT V1 board. For this project, I have primarily used a soil moisture sensor.

Creating a mobile app to monitor your Smart Garden Irrigation System is an exciting project that enhances both usability and functionality. With the ESP32's Wi-Fi capabilities, you can develop an intuitive app that not only allows you to observe soil moisture levels in real time but also enables control over irrigation settings remotely. The project design IoT based pump control irrigation system system using ESP32 Arduino focus on building an irrigation system model that checks on model sensors like temperature, soil moisture content, reservoir/tank water level, and displays this on an Blynk Internet of Things (IoT) dashboard. The model project design automatically irrigates The water flow in the smart irrigation system using ESP32 is controlled with the help of relays. It has multiple duties, such as: The relay controls the water pump or water valve in the smart irrigation system. It takes the values from the moisture sensors and allows the water to flow from different systems connected to them.

Figure 7 from Development of an ESP32 Smart and Safe Outdoor Plant ... Circuit Diagram

IoT Pump Control Irrigation System Using ESP32 Arduino Circuit Diagram

⚡JLCPCB Black Friday Mega Sale!⚡ Save up to $252 on your JLC orders and enter to win amazing prizes: https://jlcpcb.com/black-friday-2024In this video, we wi Learn how to make automatic irrigation system for garden. How to make automatic water system for plants. When soil moisture is dry, turn pump on, When soil moisture is wet, turn pump off. The detail instruction, code, wiring diagram, video tutorial, line-by-line code explanation are provided to help you quickly get started with ESP32

Control a Smart Irrigation System offline/online "simultaneously ... Circuit Diagram

Afterward, connect the water pump to the relay module. I have used two Li-ion batteries to power the pump, but you can use a 9V battery instead. Finally, power the main system using a 5V power supply. Now, you can test the system using your smartphone or computer. Enjoy the project! The full video guide is below. We hope to see you in the next Description:🔧 Want to automate your water pump using IoT? In this video, we demonstrate how to control a water pump remotely using ESP32 and Blynk IoT. 💡 T