Design pcb in easyeda using ESP32 Development Board controller, and Setup the project ready to order shipping. programming in Arduino Program. program sensors, print real data obtained on screen and arduino monitor.
Budget: $30 – $250 CAD
Hydroponics system, Design pcb in easyeda using the ESP32 Development Board controller, and Configure the project ready to order shipping. programming in Arduino Program. program sensors, print real data obtained on screen and arduino monitor.
ABOUT THE PROJECT:
-The PCB board must be a support plate for mounting external modules or with additional outputs, components such as resistors, capacitors, connectors, modules, etc. They must be components of the most Universal possible. The objective is to make the project more efficient and thus avoiding cables.
The total measurement of the pcb card must have a maximum size without exceeding the measurements 9x15cm.
-The screen has a simple menu that displays the data sensed in real time and uses the encoder to modify parameters such as the time, color of the rgb led strip, humidity level required to turn the pump on or off.
-110v power source with 12v output and 15 amp power
Below are the sensors to include:
1) ESP32
2) ZMPT101B
3)ACS712 30A
4) HYGROMETER MODULE X2
5) DHT11 TO INTEGRATE EXTERNALLY
6) bme280 sensor module TO INTEGRATE INSIDE THE MOTHERBOARD
7) L298N MOTOR CONTROLLER
8) RTC MODULE DS3231
9) KY-040 ENCODER
10) RGB LED STRIP
11) LDR SENSOR MODULE WITH CONNECTION TO EXTERNAL SENSOR THROUGH CONNECTOR
12) MICRO SD READER
Next I will attach some photos examples of my progress of the developed project. So you can get an idea of what I'm looking for.
previously I have developed a pcb with this concept I will be sharing it in photos to copy this same concept.
ABOUT THE PROJECT:
-The PCB board must be a support plate for mounting external modules or with additional outputs, components such as resistors, capacitors, connectors, modules, etc. They must be components of the most Universal possible. The objective is to make the project more efficient and thus avoiding cables.
The total measurement of the pcb card must have a maximum size without exceeding the measurements 9x15cm.
-The screen has a simple menu that displays the data sensed in real time and uses the encoder to modify parameters such as the time, color of the rgb led strip, humidity level required to turn the pump on or off.
-110v power source with 12v output and 15 amp power
Below are the sensors to include:
1) ESP32
2) ZMPT101B
3)ACS712 30A
4) HYGROMETER MODULE X2
5) DHT11 TO INTEGRATE EXTERNALLY
6) bme280 sensor module TO INTEGRATE INSIDE THE MOTHERBOARD
7) L298N MOTOR CONTROLLER
8) RTC MODULE DS3231
9) KY-040 ENCODER
10) RGB LED STRIP
11) LDR SENSOR MODULE WITH CONNECTION TO EXTERNAL SENSOR THROUGH CONNECTOR
12) MICRO SD READER
Next I will attach some photos examples of my progress of the developed project. So you can get an idea of what I'm looking for.
previously I have developed a pcb with this concept I will be sharing it in photos to copy this same concept.