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Power Management for Shopping Malls with Bidirectional Visitors Counting

Platform : Embedded System Projects

AIM: The aim of the project is power management for shopping malls with bidirectional visitors counting. PURPOSE: The purpose of the project is designing for shopping malls to reduce the power usage according to the count of persons in the hall. Block diagram: POWER SUPPLY: DESCRIPTION: The project provides a method for automatic control of devices (lights, fans, or AC s) throughout a shopping mall. A unique architecture of occupancy sensors includes entry/exit sensors for detecting movement through doorways. The bidirectional sensors are used to sense the entry and exit. This project is designed around a microcontroller which forms the control unit of the project. The central embedded controller controls the devices according to the no. of persons entered into the shopping mall in response to the entry/exit sensors. The present project provides a system for saving power of a shopping mall. The hall of the mall is provided with bidirectional entry and exit way sensors. All the input devices such as sensors and output devices such as LCD are interfaced to microcontroller. The microcontroller controls the devices according to the inputs from the IR sensors. Hardware: • Microcontroller • FND • IR sensors • Devices • Power supply Software: • Keil • Embedded ‘C’ • Express schematic Application: • Implemented in shopping mall, industries and in home RESULT: By using this we can implement a power management system for shopping malls with bidirectional visitors counting.

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