Team Group 1: shernyse, kaviya, Lindy Koh, WU YIYAN, ChongJiaYi

Published February 9, 2023

Smart Greenhouse for Crop Production

We aim to make a product which detects the values of temperature, humidity and light.

BeginnerFull instructions provided2 hours351

Things used in this project

Hardware components

M5Stack ESP32 Basic Core IoT Development Kit

M5Stack Light Unit with Photo-resistance

M5Stack ENV III Unit with Temperature Humidity Air Pressure Sensor (SHT30+QMP6988)

SG90 Micro-servo motor

Story

About our project:

We aim to make a product which detects the values of temperature, humidity and light. If the values are not in the optimum range for crop growth, the product will be programmed to help create changes in the environment to ensure the values go close to the optimum range.

For example, if the temperature is above 18°C to 24°C, the product will close the roof of the greenhouse and enable a fan to decrease the temperature into the optimum range.

Future Plans:

To make our product more effective, we can add on more features like earth sensor which can detect the moist in the soil which helps us know more accurately how much water the plants need. Also, we can use one RFID to only allow our staff to come in to our greenhouse and control the light, but not everyone.

Moreover, a automatic harvesting system will definitely helps to make our product more effective as we can decrease the use of manpower. Also, an automatic watering system will also help to decrease the manpower, and also helps plant to grow faster or healthier.

Adding a heater inside the greenhouse will also help, as we can control the temperature easier, example: increasing the temperature to the desired temperature.

Video Link:

https://youtu.be/IsSdC2Cqqyc

Code

{"components":[{"id":"____screen","createTime":1675307106228,"name":"screen","x":0,"y":0,"width":320,"height":240,"backgroundColor":"#222222","backgroundImage":"","type":"screen"},{"id":"____buttonA","createTime":1675307106228,"name":"ButtonA","buttonIndex":0,"x":35,"y":216,"width":64,"height":24,"text":"ButtonA","visibility":false,"type":"button"},{"id":"____buttonB","createTime":1675307106228,"name":"ButtonB","buttonIndex":1,"x":125,"y":216,"width":64,"height":24,"text":"ButtonB","visibility":false,"type":"button"},{"id":"____buttonC","createTime":1675307106228,"name":"ButtonC","buttonIndex":2,"x":215,"y":216,"width":64,"height":24,"text":"ButtonC","visibility":false,"type":"button"},{"id":"75sEn#1yvwhK^^bX","createTime":1675312165435,"isCoreTwo":false,"isPaper":false,"name":"light","x":155,"y":199,"color":"#FFFFFF","text":"Detected Light Value","font":"lcd.FONT_Default","rotation":0,"type":"label","layer":6},{"id":"f&kgHx`xgc^jbQr0","createTime":1675917459408,"isCoreTwo":false,"isPaper":false,"name":"label0","x":49,"y":199,"color":"#FFFFFF","text":"Light","font":"lcd.FONT_Default","rotation":0,"type":"label","layer":5},{"id":"@6hX9s!mu$7K=h9y","createTime":1675917752760,"isCoreTwo":false,"isCoreInk":false,"isPaper":false,"name":"image1","x":91,"y":18,"imagePath":"dim.png","visibility":true,"imageInvert":false,"imageThreshold":128,"type":"image","layer":8}],"type":"core","versions":"Beta","units":[{"id":"tzFZ!_q$afh8Svj4","createTime":1675956862878,"stickType":"stick","type":"light","name":"light_1","port":"B","default":["A","B","C","D","Custom"],"user_port":["21","22"],"icon":"light.png"}],"hats":[],"blockly":"<block type=\"basic_on_setup\" id=\"setup_block\" deletable=\"false\" x=\"210\" y=\"70\"><next><block type=\"basic_on_loop\" id=\"Bo__/#wV.[bY6.F`bX%9\"><statement name=\"LOOP\"><block type=\"label_set_text\" id=\"6aL.yS2/v,Li-Ro/@eM;\"><field name=\"COMPONENT\">light</field><value name=\"TEXT\"><shadow type=\"text\" id=\"AcsBd3:[3Y087^+CAMbf\"><field name=\"TEXT\">Hello M5</field></shadow><block type=\"light_a_read\" id=\"L3?/80E..|6ZKz+0$Bv3\"><field name=\"VARNAME\">light_1</field></block></value><next><block type=\"controls_ifelse\" id=\"4mL%S|_X5)D3+3.cTcIJ\"><value name=\"IF0\"><block type=\"logic_compare\" id=\"y$vY,3a}!j[?Ih7H^=Ec\"><field name=\"OP\">LT</field><value name=\"A\"><block type=\"light_a_read\" id=\"qRyEu*Te+^64uxAkK#js\"><field name=\"VARNAME\">light_1</field></block></value><value name=\"B\"><block type=\"math_number\" id=\"=V+*,~L|k:?w[gMFkFK=\"><field name=\"NUM\">300</field></block></value></block></value><statement name=\"DO0\"><block type=\"rgb_set_all\" id=\"h`ru!-DU0Fh*v),U16IL\"><field name=\"COLOR\">#6666cc</field><next><block type=\"rgb_set_brightness\" id=\"L-/tHFZF@;E9-ccuWmZq\"><value name=\"BRIGHTNESS\"><shadow type=\"math_slider\" id=\"AYiwiU)o`vF8G?mZegwZ\"><field name=\"NUM\" max=\"100\" step=\"1\">20</field></shadow></value><next><block type=\"image_set_image\" id=\"n3%,R~Gw@N=eqStVLQ+L\"><field name=\"COMPONENT\">image1</field><field name=\"IMAGE\">default.jpg</field><next><block type=\"timer_delay\" id=\"}O?U!R,E]wNd1(d1t(I]\"><value name=\"DELAY\"><shadow type=\"math_number\" id=\"GqD}m%[dxNVmxP9b=Dr3\"><field name=\"NUM\">1</field></shadow></value></block></next></block></next></block></next></block></statement><statement name=\"ELSE\"><block type=\"rgb_set_brightness\" id=\"h#Y6omtI_Y1@A2`V[jdx\"><value name=\"BRIGHTNESS\"><shadow type=\"math_slider\" id=\"zEsXw[1jucKqlmzX1:b6\"><field name=\"NUM\" max=\"100\" step=\"1\">0</field></shadow></value><next><block type=\"image_set_image\" id=\"uae/aSf8_g-_(+oG65@R\"><field name=\"COMPONENT\">image1</field><field name=\"IMAGE\">default.jpg</field><next><block type=\"timer_delay\" id=\"%,n[G);~gy;sb6)uf.mG\"><value name=\"DELAY\"><shadow type=\"math_number\" id=\"i9asw}Qb?xv$i[!)L~zR\"><field name=\"NUM\">1</field></shadow></value></block></next></block></next></block></statement></block></next></block></statement></block></next></block>","Blockly.Remotes":[],"Blockly.RemotePlus":[{"id":"__title","blockId":"","createTime":1675956862878,"name":"M5RemoteTitle","dragAndDrop":false,"resizable":false,"options":{"minWidth":1,"minHeight":1,"maxWidth":6,"maxHeight":10,"defaultWidth":2,"defaultHeight":1},"w":2,"h":1,"bgColor":"#0080FF","color":"#fff","fontsize":"M","label":"M5Remote","interval":3000,"code":"","event":"","dataSource":"none","ezdataToken":"","topic":"","needShadow":false,"type":"title","x":0,"y":0}],"modules":["rgb"],"cbIdList_":[],"eventCBIdList_":[]}

from m5stack import *
from m5ui import *
from uiflow import *
import time
import unit

setScreenColor(0x222222)
env2_1 = unit.get(unit.ENV2, unit.PORTA)
servo_1 = unit.get(unit.SERVO, unit.PORTB)






Humidity = M5TextBox(196, 45, "Text", lcd.FONT_DejaVu18, 0xFFFFFF, rotate=0)
HUM = M5TextBox(34, 46, "Humidity:", lcd.FONT_DejaVu18, 0xFFFFFF, rotate=0)
TEMP = M5TextBox(34, 109, "Temperature:", lcd.FONT_DejaVu18, 0xFFFFFF, rotate=0)
temperature = M5TextBox(219, 109, "Text", lcd.FONT_DejaVu18, 0xFFFFFF, rotate=0)
Closing = M5TextBox(47, 173, "Rooftop Closing", lcd.FONT_DejaVu24, 0x28ff00, rotate=0)
Opening = M5TextBox(47, 173, "Rooftop Opening", lcd.FONT_DejaVu24, 0xff0000, rotate=0)
humiditystatus = M5TextBox(138, 69, "Humidity Status", lcd.FONT_Default, 0xFFFFFF, rotate=0)
tempstatus = M5TextBox(146, 137, "Temperature Status", lcd.FONT_Default, 0xFFFFFF, rotate=0)
Fanstatus = M5TextBox(118, 214, "Fan On", lcd.FONT_DejaVu24, 0xFFFFFF, rotate=0)

def buttonA_wasPressed():
  # global params
  rgb.setColorAll(0xcc66cc)
  rgb.setBrightness(10)
  wait(3)
  pass
btnA.wasPressed(buttonA_wasPressed)

def buttonB_wasPressed():
  # global params
  rgb.setColorAll(0xffff00)
  rgb.setBrightness(10)
  wait(3)
  pass
btnB.wasPressed(buttonB_wasPressed)


while True:
  Humidity.setText(str(env2_1.humidity))
  temperature.setText(str(env2_1.temperature))
  Closing.hide()
  Opening.hide()
  Fanstatus.hide()
  rgb.setBrightness(0)
  if (env2_1.temperature) > 24:
    tempstatus.setText('Temperature too high!')
    if (env2_1.humidity) > 80:
      humiditystatus.setText('Humidity too high!')
      servo_1.write_angle(0)
      Closing.show()
      wait(1)
      Fanstatus.show()
      servo_1.write_angle(90)
      wait(1)
      servo_1.write_angle(0)
      wait(1)
    elif (env2_1.humidity) < 60:
      humiditystatus.setText('Humidity too low!')
      servo_1.write_angle(0)
      Closing.show()
      wait(2)
    else:
      humiditystatus.setText('Humidity normal')
      servo_1.write_angle(0)
      Closing.show()
      wait(2)
  elif (env2_1.temperature) < 18:
    tempstatus.setText('Temperature too low!')
    if (env2_1.humidity) > 80:
      humiditystatus.setText('Humidity too high!')
      servo_1.write_angle(90)
      Opening.show()
      wait(2)
      Fanstatus.show()
      servo_1.write_angle(0)
      wait(2)
      servo_1.write_angle(90)
      wait(2)
      servo_1.write_angle(0)
      wait(2)
    elif (env2_1.humidity) < 60:
      humiditystatus.setText('Humidity too low!')
      servo_1.write_angle(90)
      Closing.show()
      wait(2)
    else:
      humiditystatus.setText('Humidity normal!')
      servo_1.write_angle(0)
      Closing.show()
      wait(2)
  else:
    temperature.setText('Temperature normal!')
    if (env2_1.humidity) > 80:
      humiditystatus.setText('Humidity too high!')
      servo_1.write_angle(0)
      Closing.show()
      wait(2)
    elif (env2_1.humidity) < 60:
      humiditystatus.setText('Humidity too low!')
      servo_1.write_angle(0)
      Closing.show()
      wait(2)
    else:
      humiditystatus.setText('Humidity normal!')
      servo_1.write_angle(90)
      Opening.show()
      wait(2)
  wait_ms(2)

Smart Greenhouse for Crop Production

Things used in this project

Hardware components

Story

Schematics

Flowchart Diagram

Block Diagram

Rooftop & Fan System

Light System

Code

Light system

Automatic rooftop and fans control system

Credits

shernyse

kaviya

Lindy Koh

WU YIYAN

ChongJiaYi

Comments

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Smart Greenhouse for Crop Production

Smart Greenhouse for Crop Production

Things used in this project

Hardware components

Story

Schematics

Flowchart Diagram

Block Diagram

Rooftop & Fan System

Light System

Code

Light system

Automatic rooftop and fans control system

Credits

shernyse

kaviya

Lindy Koh

WU YIYAN

ChongJiaYi

Comments

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