DESIGN AND CONSTRUCTION OF A MICROCONTROLER BASED INTELLIGENT EMERGENCY LIGHT SYSTEM  
 
     
         -    Department: Electrical Engineering
- Project ID: ELE0452 
- Access Fee: ₦5,000
- Pages: 67 Pages
- Reference: YES 
- Format: Microsoft Word
- Views: 959 
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 ABSTRACT
 
 This Project presents the design and construction of a microcontroller based Intelligent Emergency Light System. It is based on Hardwired control logic and micro programmed control logic using a real time program known as Assembly language. This Project Intelligent Emergency Light will turn on the Emergency light only during the Dark condition. Ordinary emergency light will be switched ON during the power failure condition. So that if there was a power failure in day time the ordinary emergency light will also be switched on. So there is a loss of power. Our system will continuously monitor the light falling on the LDR sensor and when there was no sufficient light over the LDR & there is a power failure then it will switch on the Light. So that the place at which the circuit was connected will always be in Bright. And if there is a power failure then the power to drive the emergency light was taken from the Battery supplied with the circuit. The Whole system was controlled by the AT89S52 Microcontroller. It continuously monitors the Light in the Room and it will switch ON the emergency light if there is a power failure and the Room was Dark.
 
 
  
 
 TABLE OF CONTENTS
 
  
 
 
 CHAPTER ONE
 
 
 INTRODUCTION
 
 
 1.1   OBJECTIVE OF THE PROJECT
 
 
 1.2   JUSTIFICATION OF THE PROJECT
 
 
 1.3  THE SCOPE OF THE PROJECT
 
 
 1.4   PROJECT REPORT ORGANIZATION
 
 
  
 
 
 CHAPTER TWO
 
 REVIEW OF RELATED LITERATURE
 2.0   HISTORY OF EMERGENCY LIGHTS
 
 
  
 CHAPTER THREE
 
 
 DESIGN METHODOLOGY
 
 3.1   DESIGN APPROACH
 3.2   DESCRIPTION OF THE SYSTEM BUILDING BLOCK
 3.3   THE POWER SUPPLY (AC-DC) CIRCUIT THE POWER SUPPLY CIRCUIT
 
 
  
 
 
 CHAPTER FOUR
 
 
 SYSTEM ANALYSIS AND IMPLEMENTATION
 
 SYSTEM SPECIFICATION
 4.0 THE SYSTEM OPERATION PRINCIPLE
 4.1 IMPLEMENTATION
 4.2 MODE OF CONSTRUCTION
 
 
  
 CHAPTER FIVE
 
 SYSTEM TESTING, INTEGRATION AND MAINTENANCE
 5.1 SYSTEM TESTING AND INTEGRATION
 5.2 TEST PLAN AND TEST DATA
 5.3 EXPERIMENTED RESULT VS ACTUAL RESULT
 5.4 Performance Evaluation
 5.5 MAINTENANCE
 
 
  
 
 
 CHAPTER SIX
 
 CONCLUSION AND RECOMMENDATION
 
 6.1 CONCLUSION
 
 
   
 
     
             
    
        
     
         -    Department: Electrical Engineering
- Project ID: ELE0452 
- Access Fee: ₦5,000
- Pages: 67 Pages
- Reference: YES 
- Format: Microsoft Word
- Views: 959 
Get this Project  Materials