Published February 11, 2024 © Apache-2.0

Plant watering system (for urban farming)

Our project seeks to address this challenge by developing a comprehensive system that monitors the vital parameters of plants.

IntermediateFull instructions providedOver 1 day380

Plant watering system (for urban farming)

Things used in this project

Hardware components

M5Stack ESP32 Basic Core IoT Development Kit

M5Stack RGB Unit with NeoPixel RGB LED (SK6812)

M5Stack Earth Module Grove Compatible Soil monitoring

M5Stack ENV II Unit with Temperature Humidity Pressure Sensor(SHT30+BMP280)

Software apps and online services

AT&T Flow

Story

The "Smart Plant Care System" project aims to revolutionize traditional methods of plant monitoring and watering by harnessing the power of technology to create an efficient, automated solution.

As urbanization expands and the demands on our natural resources increase, it becomes crucial to find sustainable and intelligent approaches to support plant growth and health. Our project seeks to address this challenge by developing a comprehensive system that not only monitors the vital parameters of plants but also intelligently automates the watering process.

This smart plant care system will leverage sensors to collect real-time data on soil moisture levels, ambient temperature, and sunlight exposure. This information will be processed by an integrated platform that employs artificial intelligence algorithms to analyze and interpret the data. The system will then make informed decisions about when and how much water each plant requires, aiming to optimize resource usage and promote healthier, more robust plant growth.

The overarching goal of our project is to create a user-friendly, environmentally conscious solution that can be easily implemented in various settings, from home gardens to larger agricultural spaces. By incorporating cutting-edge technology into plant care practices, we aim to contribute to water conservation efforts, reduce the ecological footprint of traditional watering methods, and ultimately foster a more sustainable approach to plant cultivation.

Below is our project presentation

https://youtu.be/FkU-PzSnkt0?si=XtSX5l7dSmgv80jw

Code

from m5stack import * from
m5ui
import *
from uiflow import * import espnow import wificfg import unit
ESPNOW Transmit
Show Ul
20
setScreenColor (0x222222)
env2_1 = unit.get(unit. ENV2, unit. PORTA)
end
Data_send = None
wificfg wlan_ap.active(True)
wificfg-wlan_
_sta. active(True)
espnow. init()
labelo = M5TextBox11, 138, "Text", lcd. FONT_DejaVu18, OxFFFFFF, rotate=o)
label1 = M5TextBox(11,
"Text", lcd. FONT_DejaVu18, OxFFFFFF, rotate 0)
DataTransmit = MSTitle(title="DataTransmit", x=6, fgcolor=0XFFFFFF, bgcolor=0x0000FF)
label2 = M5TextBox(11, 28, "Sending data:", lcd. FONT.
label3
_DejaVu18, 0xFFFFFF, rotate=0)
= M5TextBox(11, 109, "Data
Sent:"
, lcd. FONT_DejaVu18, 0xFFFFFF, rotate=0)
label4 = M5TextBox(91, 200,
"Text", lcd. FONT_Default, OXFFFFFF, rotate=0)
def
send
_cb(flag) :
global Data_send
Data_send = flag
label1. setText( 'Yes')
pass
espnow. send_cb(send_cb)
 def buttonA _wasPressed():
global Data_send
Data_send =
'Turn on Sprinkler'
label0. setText(str(Data_send))
espnow. send (id=1, data=str( 'Turn on Sprinkler'))
pass
btnA. wasPressed (buttonA_wasPressed)
def button_wasPressed() :
global Data_send
Data_send =
'Stop Sprinkler'
label. setText(str(Data_send))|
espnow. send (id=1, data str('Stop Sprinkler'))
pass
btnc.wasPressed (button_wasPressed)
v. add
_peer (' f0:08: d1: C7:38:19', id=1)
 setText (str (Data_send))
espnow. send (id=1, data=str('Red RGB'))
else:
Data send = 'Blue RGB'
labelo.setText(strData
send))
spnow. send (id=1, data=str( 'Blue RGB' ))
Show Ul
07/
-_ms (2)

from
m5stack import *
from
mui import *
from
uiflow import *
import espnow import wificfg import
time
import unit
setScreenColor (0x222222)
servoo = unit.get(unit.SERVO, unit.PORTB)
rgb_0 = unit. get(unit.RGB, unit. PORTA)
mac = None
Data_send = None
wificfg.wlan_ap.active(True)
wificfg-wlan_sta.active (True)
espnow.init()
labelo label1
titlee
label2
label3
= M5TextBox(155, 49, "Text", lcd. FONT_Default, OxFFFFFF, rotate=0)
M5 TextBox (170,
125, "Text", lcd.FONT_DejaVu18, OxFFFFFF, rotate=0)
M5Title(title="DataReceive", x=3, fgcolor=0xFFFFFF, bgcolor=0xff0047)
M5TextBox (5, 49,
"Mac Address:", lcd. FONT_Default, OxFFFFFF, rotate=0)
M5TextBox5, 125, "Data
Received:", lcd. FONT
Majalalo , 0xFFFFFF, rotated=0
def recv cb(_): 
global mac, Data_send
mac,
- Data_send
= espnow. recv_data(encoder='str')
label1. setText(str(Data_send))
if Data_send
'Turn on Sprinkler':
while True:|
servo0 write_
angle(0)
servo0.write_angle(180)
wait_ms (2)
elif Data
send
'Stop
Sprinkler':
servol. write_angle(0)
wait (1)
pass
espnow. recv_cb(recv_cb)- defrecv
cb（）：
global mac, Data send 50
mac,
_send = espnow. recv_data(encoder='str')
Tabe 11.setText(str (Data
_send))
if Data_send == 'Red RGB' :
rgb- _0. setColorAll(0xff0000)54
wait (1)

alif Data_send
== 'Blue RGB':
Show Ul
gb_0.setColorAll(0x33ccff)

wait (1)

Credits

Qi Yun

1 project • 1 follower

Plant watering system (for urban farming)

Things used in this project

Hardware components

Software apps and online services

Story

Schematics

implementation

servo motor

RGB activitation

Code

Python code(transmitter)

Python code(receiver)

Credits

Qi Yun

Comments

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Plant watering system (for urban farming)

Plant watering system (for urban farming)

Things used in this project

Hardware components

Software apps and online services

Story

Schematics

implementation

servo motor

RGB activitation

Code

Python code(transmitter)

Python code(receiver)

Credits

Qi Yun

Comments

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