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INVOLUNTARY INDUSTRIAL POWER SCHEDULER USING EMBEDDED SYSTEMS

INVOLUNTARY INDUSTRIAL POWER SCHEDULER USING EMBEDDED SYSTEMS

INVOLUNTARY INDUSTRIAL POWER SCHEDULER USING EMBEDDED SYSTEMS

The main aim of this project is to operate the different loads in the industry at different timings so that the power can be saved at a maximum extent.  The system uses the microcontroller as the most crucial device that manages the time schedule and runs the application at regular programmed timings without the human involvement.

This project provides different on and off timings to switch on/off different loads. The system operates the particular load only at preprogrammed timings. As the DS1307 Real Time Clock chip with battery back-up is used, there will be no disturbances for the programmed on/off timings even in power failures. 

DS1307 is interfaced to the microcontroller for real timing performance. A 3V battery can be connected to DS1307 to avoid time disturbances caused by power failures. The user may even change the preprogrammed timings and set his timings according to his requirements. LCD is used to display the status of the loads. The system stores the preprogrammed timings in its memory.

SOFTWARE AND HARDWARE TOOLS:

Software Tools:

  1. Keil compiler
  2. Orcad.

Hardware Tools:

  1. Microcontroller AT89S52.
  2. RTC
  3. LCD
  4. TRIAC and TRIAC driver

Block diagram

April 18, 2022

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