Lifi Based Industrial Parameters Monitoring System

DOWNLOAD ABSTRACT

AIM:

Design and development of LIFI based industrial parameters monitoring system.

PURPOSE:

Sensors data monitoring and displaying is important for any kind of applications. For Industries it is more important to monitor machines and process. There are several kinds of systems that can monitor industrial parameters. Here we want to use LIFI for wireless communication. Lifi Based Industrial Parameters Monitoring System works  on light communication.

DESCRIPTION:

LIFI module interface to Arduino through UART communication. Other side of LIFI module connected to PC or laptop through Serial port. DHT11 connected to Arduino digital pin. LDR and Smoke sensors connected to Arduino digital pins.

WORKING:

In this project we can monitor sensors data on LCD through LIFI communication. All sensors data read by Arduino and send to LIFI module. LIFI module converts data into light format. This will be transmitted through LED array in light form. At receiver side LIFI module has solar panel and received light signals. These light signals will be amplified and converted into text format in LIFI driver. This data will be displayed on LCD display.

TECHNICAL SPECIFICATIONS:

HARDWARE:

• Microcontroller            :           Arduino Uno
• Crystal                            :           16 MHz
• LCD                                 :           16X2 LCD
• LIFI Module                  :           UART based LIFI module
• Smoke sensor                :           MQ series
• Light sensor                   :           Light Depending Resistor (LDR)
• Temperature sensor     :           DHT11
• Humidity Sensor           :           DHT11
• Power Source                 :           12v 1 amp DC battery

SOFTWARE:

• Arduino IDE
• Proteus based circuit diagram

APPLICATIONS:

• Industrial Appliances
• Industrial monitoring
• LIFI based projects
• LIFI communication

INTERFACES COVERD:

• We have covered LIFI module interfacing
• Sensors Like DHT11, LDR and smoke sensor