ATS Automatic Transfer Switch is a control system used to convert Load, which is being supplied from the main grid Main Utility to a secondary source using another grid Backup Utility; w
MINISTRY OF EDUCATION AND TRAINING HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION FACULTY FOR HIGH QUALITY TRAINING GRADUATION PROJECT ELECTRONICS AND COMMUNICATIONS ENGINEERING TECHNOLOGY CONTROL AND MONITORING ATS SYSTEM THROUGH WEBSERVER ADVISOR : TRAN VI DO, PHD STUDENT: NGUYEN NAM KHOI SKL009901 Ho Chi Minh City, January 2023 HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION FACULTY FOR HIGH QUALITY TRAINING GRADUATION PROJECT CONTROL AND MONITORING ATS SYSTEM THROUGH WEBSERVER Advisor: TRAN VI DO, PhD Student: NGUYEN NAM KHOI Student ID: 17142028 Major: ELECTRICAL AND ELECTRONIC ENGINEERING TECHNOLOGY Ho Chi Minh City, January 2023 Faculty for High Quality Training – HCMC University of Technology and Education Faculty for High Quality Training – HCMC University of Technology and Education Faculty for High Quality Training – HCMC University of Technology and Education Faculty for High Quality Training – HCMC University of Technology and Education Faculty for High Quality Training – HCMC University of Technology and Education Acknowledgement First and foremost, I would like to thank the teachers of Ho Chi Minh City University of Technology and Education During their time studying at the school, lecturers taught and imparted beneficial knowledge The knowledge that tour team receives from teachers is a valuable asset that helps us build the foundation for our primary and future careers There is no success without support and help, whether more or less, directly or indirectly I would also like to express our sincere thanks to the school administrators and teachers who have dedicatedly taught us to help complete us the program during four years of university I also wants to sincerely thank the Faculty of Electrical and Electronics Engineering teachers for teaching, professional knowledge and helping me orient the path and career that I will pursue in the future Above all, I would also like to express our sincere thanks to the instructor - Ph.D Tran Vi Do - who directly guided and helped me wholeheartedly and created good conditions for me to carry out this Graduation Project Thanks to wholehearted help, I completed the graduation thesis: “Control and Monitoring ATS System through on Webserver” In the end, I would like to wish our teachers always have good health to strive for high achievements in teaching work Expecting Ho Chi Minh City University of Technology and Education will forever be a typical roof, belief, aspiration, and a solid foundation for many generations of students on their learning journey With limited knowledge and experience, this report cannot avoid shortcomings I look forward to receiving the guidance and comments of the teachers so that I can supplement and perfect the model and improve our knowledge and skills to better serve the actual work in the future Sincerely, thank you! Ho Chi Minh City, January 2023 Student Nguyen Nam Khoi Faculty for High Quality Training – HCMC University of Technology and Education Control and Monitoring ATS System through on WebServer Chap 1: INTRODUCTION 1.1 Problem statement 1.2 Goals .2 1.3 Project limitation 1.4 Research methods 1.5 Outline Chap 2: LITERATURE REVIEW AND OVERVIEW PROCESS 2.1 Automatic Transfer Switch problem .4 2.1.1 Overview Automatic Transfer Switch System 2.1.2 ATS Arrangements 2.2 ATS Operation 2.3 Structure of ATS System 2.4 System Overview 11 2.5 Theoretical Basis 12 2.6 Type Of ATS System .12 2.6.1 ATS integrated 12 2.6.2 Advantages of ATS integrated 13 2.6.3 Disadvantages of ATS integrated 16 2.7 Self install ATS Box 17 2.7.1 Advantages of Self install ATS Box 18 2.7.2 Disadvantages of Self install ATS Box .18 Chap 3: CALCULATION AND DESIGN 19 3.1 System Design Requirements 19 3.2 Organize functional blocks in the system 19 3.2.1 Central control block 19 3.2.2 Input block 20 3.2.3 Output block 20 3.3 Control method selection .21 3.3.1 Center control block .21 Faculty for High Quality Training – HCMC University of Technology and Education 3.3.2 Input block .22 3.4 Hardware .23 3.4.1 Control center block .23 3.4.2 Input block 26 3.4.3 Output block 28 3.4.4 Communication block – RS485 and Multimeter RS458 30 3.5 Design of the ATS System 33 3.5.1 System overview 33 Chap 4: SYSTEM MODEL 36 4.1 Hardware .36 4.1.1 System wiring 36 4.1.2 Overview Hardware 39 4.1.3 Grid block 40 4.1.4 Signal Block 41 4.1.5 Control block 42 4.2 HMI configuration 43 4.2.1 Manage parameters 43 4.3 Wincc Unified Configuration 43 4.3.1 Web Server Views 44 Chap 5: RESULTS AND EVALUATION 47 5.1 Result 47 5.1.1 Hardware .47 5.1.2 Web Server 50 5.2 Evaluation 62 Chap 6: CONCLUSION AND RECOMMENDATIONS 63 6.1 Conclusion 63 6.2 Recommendations 63 REFERENCES 64 APPENDIX 65 Faculty for High Quality Training – HCMC University of Technology and Education Table of Figures FIGURE 1 AUTOMATIC TRANSFER SWITCH SYSTEM FIGURE AUTOMATIC TRANSFER SWITCH SYSTEM FIGURE GRID AND GRID ATS SYSTEM FIGURE UTILITY - GENERATOR .6 FIGURE UTILITY - UTILITY FIGURE GENERATOR -GENERATOR FIGURE CONTACTOR TYPE .9 FIGURE 2 MOLDED CASE TYPE 10 FIGURE POWER FRAME TYPE 10 FIGURE SYSTEM OVER VIEW 11 FIGURE ATS COMBINED WITH SOCOMEC AND SCHNEIDER 11 FIGURE INTEGRATED ATS ALSO HAS BUILT-IN DRIVERS FOR DIFFERENT CASES 13 FIGURE COMPACT SIZE ATS 14 FIGURE MODULES OF THE ATS UNIT 15 FIGURE REMOTE INTERFACE 15 FIGURE 10 ATS UNITS ARE OFTEN USED FOR SIMPLE POWER TRANSFER APPLICATIONS 16 FIGURE 11 SELF INSTALL ATS BOX 17 FIGURE 12 SELF-ASSEMBLED ATS CABINETS ARE OFTEN USED FOR COMPLEX POWER CONVERSION APPLICATIONS .18 FIGURE DIAGRAM BLOCK ATS SYSTEM 20 FIGURE CPU PLC S7-1215C .23 FIGURE 3 AC-DC CONVERTER 24 FIGURE MCB SCHNEIDER 25 FIGURE RCBO ABB 25 FIGURE VOLTAGE PROTECTION RELAY SELEC VPRA2M-CE 26 FIGURE OMRON INTERMEDIATE RELAYS 220VAC 27 FIGURE RELAYS 24VDC – MY2N DC24 28 FIGURE IDEC RELAY 24VDC – RU2S-D24 .29 FIGURE 10 CHINT CONTACTOR NXC-16 16A 29 FIGURE 11 CM 1241 30 FIGURE 12 MULTIMETER FUNCTION METERS RS485 – MFM383A-C 31 FIGURE 13 100A/5A AC CURRENT TRANSFORMERS .32 FIGURE 14 SYSTEM HARDWARE OVERVIEW .33 FIGURE 15 BLOCK DIAGRAM OUTPUT AND CONTROL 34 FIGURE 16 BLOCK DIAGRAM I/O CONNECT S7-1200 1215 DC/DC/DC .34 FIGURE 17 BLOCK DIAGRAM INPUT TO PLC 35 FIGURE 18 BLOCK DIAGRAM COMMUNICATION TO PLC 35 FIGURE 1.1 WIRING BETWEEN PLC AND I/O DEVICES 36 Faculty for High Quality Training – HCMC University of Technology and Education 66 Faculty for High Quality Training – HCMC University of Technology and Education 67 Faculty for High Quality Training – HCMC University of Technology and Education 68 Faculty for High Quality Training – HCMC University of Technology and Education 69 Faculty for High Quality Training – HCMC University of Technology and Education Khối FC_AUTO 70 Faculty for High Quality Training – HCMC University of Technology and Education 71 Faculty for High Quality Training – HCMC University of Technology and Education Khối FC_Manual 72 Faculty for High Quality Training – HCMC University of Technology and Education Khối FC_RS485 73 Faculty for High Quality Training – HCMC University of Technology and Education Khối FC_HMI 74 Faculty for High Quality Training – HCMC University of Technology and Education 75 Faculty for High Quality Training – HCMC University of Technology and Education 76 Faculty for High Quality Training – HCMC University of Technology and Education Khối Database 77 Faculty for High Quality Training – HCMC University of Technology and Education 78 Faculty for High Quality Training – HCMC University of Technology and Education 79 S K L 0