Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display
Complete Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display Project Materials (Chapters 1 to 5):
Voltage regulators play a crucial role in maintaining the stability of appliances in various settings, including homes, offices, and industries. However, mains supply often experiences significant voltage drops due to distribution line losses. To address this, a voltage regulator ensures that the output voltage to appliances remains at a nominal 220V, despite input voltage fluctuations. This project presents an automatic voltage regulator with adaptable power ratings, leveraging the intelligence of the PIC16F877A microcontroller. This low-cost, widely available microcontroller enables the circuit to maintain a stable 220V output, even when input mains voltage varies between 90V and 240V. The regulator responds swiftly, producing a smooth output within 100ms of input voltage changes, outperforming servo stabilizers which take seconds to adjust. Although programming the PIC16F877A microcontroller can be challenging due to its RISC architecture and limited instructions, supportive development tools are available to facilitate the process.
Cover Page
Title Page
Approval Page
Dedication
Acknowledgment
Abstract
Table of Contents
CHAPTER ONE
1.0 Introduction
1.1 Background of the project
1.2 problem statement
1.3 Aim/objective of the project
1.4 Significance of the project
1.5 Scope of the project
1.6 Limitation of the project
1.7 Application of the project
1.8 Definition of terms
1.9 Methodology
1.10 Project organisation
CHAPTER TWO
2.0 Literature Review
2.1 Historical background of the project
2.2 Stages in the development of voltage regulator
2.3 Stabilizer grading
2.4 Types of regulator
CHAPTER THREE
3.0 construction methodology
3.1 Block diagram
3.2 Circuit diagram
3.3 Circuit description
3.4 System operation
3.5 Description of major components used
3.6 Cost analysis
CHAPTER FOUR
4.0 Result analysis
4.1 Construction procedure
4.2 Casing and packaging
4.3 Assembling section
4.4 System testing
4.5 Design precaution
The introduction of Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display should start with the relevant background information of the study, clearly define the specific problem that it addresses, outline the main object, discuss the scope and any limitation that may affect the outcome of your findings
Literature Review of Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display should start with an overview of existing research, theoretical framework and identify any gaps in the existing literature and explain how it will address the gaps
Methodology of Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display should describe the overall design of your project, detail the methods and tools used to collect data explain the techniques used to analyse the collected data and discuss any ethical issues related to your project
Results should include presentation of findings and interpretation of results
The discussion section of Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display should Interpret the implications of your findings, address any limitations of your study and discuss the broader implications of your findings
The conclusion of Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display should include summarize the main results and conclusions of your project, provide recommendations based on your findings and offer any concluding remarks on the project.
References should List all the sources cited in Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display project by following the required citation style (e.g., APA, MLA, Chicago).
The appendices section should Include any additional materials that support your project (Design And Construction A 2Kva Automatic Voltage Regulator Using Microcontroller And Display) but are too detailed for the main chapters such as raw data, detailed calculations etc.