on video IoT Based Water Pump Controller using ESP32 Blynk & float sensor

 In this IoT internet of things project, I have shown how to make the IoT based water pump controller using ESP32 Blynk and float sensor. This water level monitoring system will also check the water level in both the overhead tank and underground water tank and accordingly control the water pump automatically. You can also monitor the water level on the Blynk IoT app.

In Manual mode, you can control the water pump with a switch and Blynk app. The alarm will ring when the tank is full, and when the water level drop below the threshold limit the pump with automatically turn off.

Here we are building an IoT water level monitoring system using a float level sensor and NodeMCU ESP8266 to monitor the level of water and publish it on a web-server. This system will turn on the water pump automatically if the water level goes low and turn off the water pump when the water level reaches to full capacity. The user can also manually override the control of the pump from the webserver. If you are new to ESP8266, then learn creating the ESP8266 based webserver before proceeding further. Also, check other ESP8266 based IoT Projects here.

 In this IoT internet of things project, I have shown how to make the IoT based water pump controller using ESP32 Blynk and float sensor. This water level monitoring system will also check the water level in both the overhead tank and underground water tank and accordingly control the water pump automatically. You can also monitor the water level on the Blynk IoT app.

In Manual mode, you can control the water pump with a switch and Blynk app. The alarm will ring when the tank is full, and when the water level drop below the threshold limit the pump with automatically turn off.

Here we are building an IoT water level monitoring system using a float level sensor and NodeMCU ESP8266 to monitor the level of water and publish it on a web-server. This system will turn on the water pump automatically if the water level goes low and turn off the water pump when the water level reaches to full capacity. The user can also manually override the control of the pump from the webserver. If you are new to ESP8266, then learn creating the ESP8266 based webserver before proceeding further. Also, check other ESP8266 based IoT Projects here.