Skip to content

System that has an ESP32 and integrated with it are ph, temperature and turbidity sensors. After collection, these parameters are sent via the MQTT protocol to a RaspBerry Pi 0 w, which provides the graphical user interface via the node-red API and also serves as a dedicated server.

Notifications You must be signed in to change notification settings

Railson95/Fish-farming-system

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

11 Commits
 
 
 
 
 
 

Repository files navigation

Fish farming system, using IoT

About

System that has an ESP32 and integrated with it are ph, temperature and turbidity sensors. After collection, these parameters are sent via the MQTT protocol to a RaspBerry Pi 0 w, which provides the graphical user interface via the node-red API and also serves as a dedicated server. All sensors were validated and calibrated according to industrial sensors.

Table of Contents

How to use

Pre Requirements

To run the system you will need to install
*Arduino IDE, configured with the ESP32 library
*Configuration of ips and wifi network passwords
*Raspberry Pi, mosquito installation
*Installing Node-Red API on Raspberry Pi

Operation

Sensor data will be automatically collected and sent to the Raspberry Pi

Tests

Final result of the system with the data shown in the Node-Red API

Project status

🚧 Low cost fish farming system 🚀 under development 🚧

Technologies

Author

Made by Railson Martins 👋🏽!

About

System that has an ESP32 and integrated with it are ph, temperature and turbidity sensors. After collection, these parameters are sent via the MQTT protocol to a RaspBerry Pi 0 w, which provides the graphical user interface via the node-red API and also serves as a dedicated server.

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Languages