MINISTRY OF EDUCATION AND TRAINING HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION GRADUATION THESIS ELECTRICAL AND ELECTRONICS ENGINEERING RELAY APPLICATION IN CONTROLLING MEDIUM VOLTAGE ELECTRICAL CABINET SYSTEM AND INDUSTRIAL ELECTRIC DEVICES INSTRUCTOR:PHD. LE TRONG NGHIA STUDENT: VU THANH HAI LAM TRI TIN SKL012567 Ho Chi Minh City, December 2023 HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION FACULTY OF INTERNATIONAL EDUCATION --- --- GRADUATION THESIS RELAY APPLICATION IN CONTROLLING MEDIUM VOLTAGE ELECTRICAL CABINET SYSTEM AND INDUSTRIAL ELECTRIC DEVICES Advisor: PhD. Le Trong Nghia Student’s Name: Vu Thanh Hai Student’s ID: 19142070 Student’s Name: Lam Tri Tin Student’s ID: 19142056 Major: Electrical and Electronics Engineering Academic year: 2019 - 2023 Ho Chi Minh City, December 2023 THE SOCIALIST REPUBLIC OF VIETNAM Independence – Freedom– Happiness ----o0o---- Ho Chi Minh City, December 30, 2023 GRADUATION PROJECT ASSIGNMENT Student name: Vu Thanh Hai Student ID: 19142070 Student name: Lam Tri Tin Student ID: 19142056 Major: Electrical and Electronics Engineering Advisor: PhD. Le Trong Nghia 1.
Project title: RELAY APPLICATION IN CONTROLLING MEDIUM VOLTAGE ELECTRICAL CABINET SYSTEM AND INDUSTRIAL ELECTRIC DEVICES 2. Initial data and documents: - D60 Line Distance Relay Instruction Manual. - T60 Transformer Management Relay UR Instruction Manual. - F650 Digital Bay Controller Instruction Manual.
Requirements of the project: - Task 1: Research and study the details about relays D60, T60 and F650 in GE- HCMUTE laboratory. - Task 2: Research and study about specific supporting applications and software such as EnerVista UR Setup, EnerVista Viewpoint Monitoring. - Task 3:Taking relays’ experiments inside GE-HCMUTE laboratory (operation and observation). - Task 4: Study the details of relays’ program and operation function.
- Task 5: Planning and researching to build a module for simulating the operation. Final product: The model is based on the relay’s contact composition and wiring through an external layout port panel already installed to simulate the load’s status. CHAIR OF THE PROGRAM ADVISOR (Sign with full name) (Sign with full name) THE SOCIALIST REPUBLIC OF VIETNAM Independence – Freedom– Happiness ----o0o---- Ho Chi Minh City, December 30, 2023 ADVISOR’S EVALUATION SHEET Student name: Vu Thanh Hai Student ID: 19142070 Student name: Lam Tri Tin Student ID: 19142056 Major: Electrical and Electronics Engineering Advisor: PhD. Le Trong Nghia Project title : RELAY APPLICATION IN CONTROLLING MEDIUM VOLTAGE ELECTRICAL CABINET SYSTEM AND INDUSTRIAL ELECTRIC DEVICES EVALUATION: 1.
Content of the project:. Approval for oral defense? (Approved or denied). Ho Chi Minh City, …… December 2023 ADVISOR (Sign with full name) THE SOCIALIST REPUBLIC OF VIETNAM Independence – Freedom– Happiness ----o0o---- Ho Chi Minh City, December 30, 2023 PRE-DEFENSE EVALUATION SHEET Student name: Vu Thanh Hai Student ID: 19142070 Student name: Lam Tri Tin Student ID: 19142056 Major: Electrical and Electronics Engineering Advisor: PhD. Le Trong Nghia Project title : RELAY APPLICATION IN CONTROLLING MEDIUM VOLTAGE ELECTRICAL CABINET SYSTEM AND INDUSTRIAL ELECTRIC DEVICES Name of Reviewer:.
Content of the project:. Approval for oral defense? (Approved or denied). Reviewer’s questions for project valuation:. ) Ho Chi Minh City, …… December 2023 REVIEWER (Sign with full name) ACKNOWLEDGEMENT First and foremost, we would like to express my special thanks to the teachers of the Faculty of International Education of Ho Chi Minh City University of Technology and Education for teachers’ respectful greetings, best wishes, and deep thanks.
I received attention, teaching, thoughtful guidance, favorable conditions, and a research environment during the research and implementation of the thesis. We would like to extend our deepest gratitude to my research supervisor, PhD. Le Trong Nghia. Without his invaluable assistance and enthusiastic involvement at every stage of the process, this thesis would not have been completed.
Despite his demanding schedule, he always made time to guide, support, and provide invaluable direction, creating the optimal conditions for me to complete my research project. We sincerely wish him and his family good health always. Furthermore, we want to express my sincerest thanks to our family, who have always been a source of encouragement and concern throughout the journey of preparing this graduation thesis. Their unwavering support has motivated my continuous efforts to strive and excel on my intellectual path.
Lastly, we would like to thank our seniors, classmates, and everyone in the research room for sharing and exchanging knowledge and experiences to help us implement this project. Sincerely thanks! Students Vu Thanh Hai & Lam Tri Tin I ABSTRACT To carry out this topic, we will first learn and find out the theory of how the GE- HCMUTE power supply system operates, study how to supervise and control the devices. From there, we will practice with experiments before building a logic design sample for the system and run a test to get the result to make a product to represent for the power system in GE-HCMUTE. In the topic “Relay application in controlling medium voltage electrical cabinet system and industrial electric devices”, we will explore and present the detail and the function of GE’s electric devices in GE-HCMUTE laboratory, learn how to operate and interface with some specific application support for the devices operation and observation.
Dig deeper into the information and specification of each relay D60 (Line Distance Protection Relay), T60 (Transformer Protection System Relay) and F650 (Digital Bay Controller Relay), use EnerVista UR Setup application for connect and remote operating for relay D60 and T60 and F650 PC for relay F650. Experiment to control and operate relay in two methods direct and remote (through LAN-Ethernet connection with specific software and application support for relay operation). Therefore, thanks to those elements to build a new program for the system then compare and take a run test with the original version. Display and guide the instruction of each step, from settings (parameters, connection, safety and trip function, etc.) for power supply system devices and instruments in GE-HCMUTE laboratory.
This research aims to clearly and fully understand the detail of each specific relay control and operation, likewise dig deep into how the GE-HCMUTE power supply system works and its function. As a result, from mentioned experiments, studies and research guide our group to form base knowledge about the function of relays, thus build a module to test the simulate system compared with the GE-HCMUTE lab power supply system. II TABLE OF CONTENTS GRADUATION PROJECT ASSIGNMENT. I ADVISOR’S EVALUATION SHEET.
I PRE-DEFENSE EVALUATION SHEET .II TABLE OF CONTENTS. III LIST OF ABBREVIATIONS. VII LIST OF FIGURES. VIII LIST OF TABLES.
XIII CHAPTER 1: OVERVIEW. THE NECESSITY OF THE TOPIC. 2 CHAPTER 2: THEORETICAL FOUNDATION. GENERAL ABOUT RELAY D60.
Introduction of relay D60. GENERAL ABOUT RELAY T60. Introduction of relay T60. GENERAL ABOUT RELAY F650.
Introduction of relay F650. ENERVISTA UR SETUP APPLICATION. Introduction to Enervista UR Setup software. Enervista UR Setup main window.
Operations of Enervista UR Setup software’s toolbar. Online window interface. Online window interface. Monitor the operation of the device through Enervista UR Setup software.
ENERVISTA 650 SETUP SOFTWARE .Working interface – Main screen. ENERVISTA VIEWPOINT MONITORING SOFTWARE. 30 CHAPTER 3: TAKING RELAY’S EXPERIMENTS BY OPERATION AND OBSERVATION IN GE-HCMUTE LABORATORY. RELAYS AND SOFTWARE CONNECTION.
Set up IP address on PC. Testing and checking the connection of the Relay to the PC. Parameters and properties setting on Enervista UR Setup software. Relay detail information and specific function viewing.
Relay inputs, outputs and indicator tests settings. Read an existing file from the relay to computer. Create or add new installation files from Offline Window. Create and add relay programs using Logic Designer.
Load the program to the relay. MONITORING AND OPERATING THE CABINET A02 USING ENERVISTA UR SETUP. Block diagram of control cabinet A02 using relay T60. A02-Outgoing cabinet control program.
A01 INCOMING CABINET CONNECTION AND CONTROL. Read and configure the IP address on the relay. Connect the relay F650 with the 650PC software. Configure parameters on the relay F650.
Block diagram of control A01 Incoming cabinet using relay F650. PLC configuration for the relay F650. Relay F650 operating procedures. Monitor the status of A01 Incoming cabinet.
ENERVISTA VIEWPOINT MONITORING SOFTWARE AND THE RELAYS CONNECTION. Procedure to connect relays with software. Create Trending report trend interface. Create Annunciator notification interface on Viewpoint Monitoring.
CONTROLLING THE ENTIRE GE ROOM SYSTEM (A01, A02, ACB 5000, ACB 800) USING VIEWPOINT MONITORING AND RECORD THE DEVICE STATUS. GE – UTE power system control block diagram. Control program for the GE laboratory system. Control program for the GE laboratory system.
GE – UTE power system operation procedures. DESIGN AND BUILD A MODEL OF INTERMEDIATE RELAY MODULE. Block diagram of the Intermediate Relay module model design. Relay model estimate and design.
The module principle diagram. Build the relay module model. The program of module control. Control and monitor the module using EnerVista Viewpoint Monitoring Software.
101 CHAPTER 5: CONCLUSION AND FUTURE DIRECTIONS. TASKS THAT HAVE BEEN STUDIED AND RESEARCHED. STRENGTHS AND WEAKNESS OF THE TOPIC. DIRECTIONS AND AIMS FOR FUTURE DEVELOPMENT OF THE THESIS TOPIC .105 VI LIST OF ABBREVIATIONS AI : Analog Input ANSI : American National Standards Institute AO : Analog Output CPU : Central Processing Unit CTs : Current Transformer CVTs : Capacitive Voltage Transformers DI : Digital Input DO : Digital Output IED : Intelligent Electronic devices IRIG : Inter Range Instrumentation Group timecodes MDB : Main Distribution board RMS : Root Mean Square RTU : Remote Terminal Unit SBD : Sub Distribution board SNTP : Simple Network Time Protocol TCP : Transmission Control Protocol TFTP : Trivial File Transfer Protocol THD : Total Harmonic Distortion VTs : Voltage Transformers VII LIST OF FIGURES Figure 2.1: D60 single line diagram .2: Device numbers and functions .3: Rear terminal view .4: Example of slot F and slot H modules .5: T60 single line diagram .6: Functional block diagram .7: Main window of Enervistar UR Setup software .8: Toolbar supports operations with files, relay setting operations, etc .9: Online window interface .10: Online window interface .11: UR relay system .13: Actual Values tab .15: 650 Setup software working interface .16: Communication of 650PC interface .17: Main screen of Viewpoint Monitoring software .18: One-line editor working screen .1: Read the relay information .2: Modbus Slave and Modbus TCP Port parameters .3: Network connections settings .4: Network connections settings .5: Internet protocol properties settings .6: The ping command results returned by the Command Prompt application .7: The results of the ping command returned in case the parameters are incorrect .8: Device setup workspace.10: Entering the relay’s address .11: Relay order code and version.12: Devices view in online window .13: Device definition view and others .14: Online device testing setup .15: Force contact inputs and outputs signal test setting.16: Force contact inputs and outputs parameter setup .17: Setting interface for Test mode and monitoring of outputs .18: Add existing file from the device to Offline window .19: Create new device from Offline window.20: Logic Designer main screen .21: Design a logic program for a device .22: Write program file settings to the relay .23: Successful installation notification pop-up .24: Block diagram of control process of cabinet A02 .25: Add new device for the relay .26: Set parameters for the relay in the Create New Device dialog box .28: Proceed to upload to the relay .29: One-line editor for A02 cabinet .30: Component properties of the device .31: VCB settings parameters in Attach section .32: VCB settings parameters in Control section .33: Two LED lights show the open and closed status of the VCB .34: LED settings display the closed status of the VCB .35: LED settings display the opened status of the VCB .36: Control Pushbuttons dialog box .37: Set parameters to allow use of the USER push button .38: Front panel interface .