FINAL YEAR PROJECT PURPOSAL SESSION 2018-22.pptx

formal correctness of loops

1. MUST MIRPUR UNIVERSITY OF SCIENCE AND TECHNOLOGY( MIRPUR AJK) DEPARTMENT: ELECTRICAL ENGINEERING (POWER)

2. THREE PHASE MOTOR PROTECTION AND MOINTORING SYSTEM USING IOT

3. AMINA ASLAM MOMINA MUNIR SAMEER INAYAT STUDENT NAMES FA18-EPE-007 FA18-EPE-010 FA18-EPE-016 ROLLNOs FINAL YEAR PROJECT P ROPOSAL ENGR. BILAL MUNIR SUPERVISOR NAME: DR.ANWAR UL HAQ CO-SUPERVISOR NAME:

4. INTRODUCTION BACKGROUND STATMENT OBJECTIVE SIGNIFICANCE LITERATUR REVIEW INTRODUCTION STATE OF ART(RELEVANT WORK SECTION) EXPECTED FINDINGS FUTURE PREDICTION RESARCH METHODOLOGY INSTRUMENTATION WORKING DIAGRAM PRESENTATION OUTLINE:

5. 01 INTRODUCTION

6. Induction motor is one of the most important motors used in industrial applications. The operating condition may sometime lead the machine into different fault situations.

7. BACKGROUND OF THE PROBLEM: The main theme behind this project/Research to overcome the problem of the faults occurs in the three phase motor and monitor them. The three phase motor is used in almost all the industries, the motor can be easily damaged due to the single phasing, short circuit, Heating of winding and many other common faults like over voltages and under voltages. The proposed idea helps us for the protection and mointoring of three phase motor. 7

8. STATEMENT OF PROBLEM: The one of the main Problem we are facing now a days are the failures of the industrial three phase motors due to the common faults like single phasing, over voltages etc. Since the current drawn by the motor is more, heat dissipation in the stator and rotor is increased drastically when the percentage balanced over voltage exceeds 25%.

9. 3 2 A im of study/objectives: 1 TO PROTECT THE THREE PHASE INDUCTION MOTOR. TO INCREASE THE LIFE OF INDUCTION MOTOR. TO MINIMIZE THE FAILURES OF INDUCTION MOTOR.

10. IMPORTANCE OF IOT BASED PROTECTION IS: it allows industries to take control of their power consumption habits and manage their power. A method for monitoring power use that is efficient and effective in industrial structure. SIGNIFICANCE OF STUDY:

11. LITERATURE REVIEW:

12. INTRODUCTION: The main types of external faults experienced by these motors are overloading, single phasing, unbalanced supply voltage. To make induction motor run efficiently and to protect it from various faults, sensing circuits have been designed.

13. These sensing circuit sense the faults occur in an induction Motor. These faults are monitored by the protection system and if any fault occurs the motor automatically turned off. Hence this prototype model of microcontroller based protection system is very simple in design, reliable, highly versatile, and cost effective and gives quick response. INTRODUCTION:

14. STATE OF ART(RELATIVE WORK SECTION): : The protection of the three phase motor is the very emerging research now a day but in the past many engineers contribute towards the protection of the motor. The literature review of the research is described in below the failure survey report of IEEE in 1985 have reported that percentage failure by components in induction motors is typically: i ) Stator related : 38% ii) Rotor related : 10% iii) Bearing related : 40% iv) Others : 12%

15. RESARCH METHODOLOGY: INSTRUMENTATION BLOCK DIAGRAM

16. INSTRUMENTATION: AURDINO UNO 3 LCD DISPLAY 12 C MODULE/ WIFI MODULE INDUCTION MOTOR STEP DOWN TRANSFORMER CAPACITORS VARIABLE RESISITOR THREE LAMPS RESISITORS RECTIFIER

17. VOLTAGE TEMPERATURE CURRENT SENSORS

18. A HARD WARE IMPLEMENTATION:

19. BLOCK DIAGRAM: PROJECT

20. INDUCTION MOTOR R Y G N PHASE UNIT OVER CURRENT UNIT OVER VOLTAGE UNIT TEMPERATURE SENSING UNIT AURDINO UNO 3 LCD DISPLAY 12C MODULE/WIFI -MODULE WIFI HOTSPOT CLOUD

21. EXPECTED FINDINGS: Industries can work efficiently with the three phase motors It will be cost effective solution for industries With this installation, we will require less maintenance of industries motors.

22. THANKS! Please keep this slide for attribution