Projects   /   Sensors & Temperature   /   PIC16F877A

Green house intelligent control system

Green house intelligent control system | With the people’s living standards increasing, modern, a large number of agricultural production.

Download files
Tags: #control#green#intelligent#system
Ibrar Ayyub By Ibrar Ayyub
Published
Updated

At a glance

CategorySensors & Temperature
PIC modelPIC16F877A
IncludesDownload files
Reading time~2 min
Jump to a section
  1. MATERIALS AND METHODS:
  2. B. The Working Principle of Temperature sensor:
  3. C. The Schematic Diagram of the Syste:
  4. Quick Solutions to Questions related to Greenhouse Intelligent Control System:
  5. Related projects

Summary of Green house intelligent control system

This article outlines a Greenhouse Intelligent Control System designed to maintain optimal crop growth by monitoring temperature and humidity. The system automates detection and control using embedded processors and sensors to ensure environmental stability for agricultural production.

Parts used in the Greenhouse Intelligent Control System:

  • PIC16F877A microcontroller
  • Temperature sensors (DS1820)
  • LCD displays
  • Fan
  • Lamp
  • LED indicators
  • Voltage regulator
  • ARM7 processor
  • Jingdian pengyuan PIC controller liquid crystal display module

In this post we will discuss about Green house intelligent control system: With the people’s living standards increasing, modern, a large number of agricultural production, such as vegetable using greenhouse to cultivate. The temperature and humidity monitoring are two key factors which used to control the growth of crops, due to different growth of greenhouse crops
need different temperature and humidity and require stability in a certain temperature range.

MATERIALS AND METHODS:

This design is an automatic detection and automatic temperature control system , lower computer system hardware mainly contains: PIC16F877A microcontroller, temperature sensors, LCD displays, fan, lamp, LED
indicators, and voltage regulator.

Green_house_intelligent_control_system

B. The Working Principle of Temperature sensor:

DS1820 pin I/O-bit data input/output (single wire bus) is an open-drain output. If connected to an external pull-up resistor, this is often the case is high. VDD 5V power supply terminals can be used for an optional external power supply, often require ground when not in use. GND is the ground pin and NC is empty feet.

Green_house_intelligent_control_system-diamgram1

C. The Schematic Diagram of the Syste:

Greenhouse temperature control system is based on intelligent 32-bit embedded ARM7 processors, combined with jingdian pengyuan PIC controller liquid crystal display module as a graphics display, through DS1820 one-bus digital temperature sensor to achieve an intelligent control system of greenhouse temperature.

For more detail: Green house intelligent control system

  • What are the key factors used to control crop growth in this system?
    Temperature and humidity monitoring are the two key factors.
  • How does the system handle different crop requirements?
    Crops need different temperature and humidity levels requiring stability in a certain range.
  • What is the main hardware component of the lower computer system?
    The design uses a PIC16F877A microcontroller as the main hardware.
  • Can the DS1820 sensor use an external power supply?
    Yes, the VDD 5V power supply terminals can be used for an optional external power supply.
  • What type of bus does the DS1820 sensor use for data input/output?
    It uses a single wire bus for pin I/O-bit data input/output.
  • Does the system rely solely on the PIC controller?
    No, it is based on intelligent 32-bit embedded ARM7 processors combined with the PIC controller.
  • What display technology is integrated into the system?
    The system combines a graphics display module with the PIC controller.
Beginner Tutorials · PIC16F877A

PIC16F877 Driving LCD in 4-Bit Mode using PIC16F877 with Proteus Simulation

Introduction This microcontroller project shows how a PIC16F877 can drive an LCD display using 4-bit mode inside a Proteus simulation.The project demonstrates...

 Programmers & ICSP · PIC16F877A

EPE PIC/LCD Demo using PIC16F877 with Proteus Simulation

IntroductionThe EPE PIC/LCD Demo is a classic microcontroller project that demonstrates how a PIC16F877 can fully control a PG12864F graphical LCD.Designed as...

 Motors & Robotics · PIC16F877A

Efficient Sun-Following Robot: A Solar Tracker with Microcontroller Control

Abstract The impending global challenge of dwindling non-renewable fuel resources underscores the urgency of transitioning towards renewable energy alternatives like solar power....

 Sensors & Temperature

Spectrum Analyzer using TMS320F28023DA with Proteus Simulation

Introduction This project demonstrates a real-time audio spectrum analyzer using the TMS320F28023DA Piccolo microcontroller, simulated in Proteus VSM. The system captures an...

 Sensors & Temperature

DHT22 Low Cost Humidity Sensor using PIC18F25K20 with Proteus Simulation

IntroductionThis microcontroller project demonstrates how to interface a DHT22 (RHT03) digital temperature and humidity sensor with a PIC18F25K20 using Proteus simulation.The project...

 Sensors & Temperature

Crafting a Microcontroller-Based Temperature Monitoring System

Abstract As technological advancements progress, processes become increasingly intricate, demanding a corresponding expansion in the parameters necessary for efficient analysis. Data acquisition,...
Ibrar Ayyub

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough...