SEL University. Power Through Knowledge. Dr. Héctor J. Altuve Ferrer Dean of SEL University

Transcription

1 Course Guide 2018

2 B

3 SEL University Power Through Knowledge SEL University addresses the urgent need for power industry workforce training with the comprehensive family of s described in this catalog. These s are taught by the best instructors in the industry. Their impressive knowledge is matched only by their enthusiasm for education. SEL University instructors understand that electric power systems have changed significantly over the past two or three decades and operate closer to security limits. Generation is becoming distributed, variable, and more difficult to dispatch. The power grid infrastructure is aging, and there is a growing demand for personnel equipped with mixed skills to support modern power systems. In addition, the electric power industry is facing the challenge of an aging workforce. The loss of this historical knowledge jeopardizes the ability to maintain reliable electric service. Finally, the number of engineering graduates and skilled workers entering the workforce may not be enough to replace the imminent number of retirements. As dean of SEL University and on behalf of our instructors, we look forward to meeting your workforce training needs. Dr. Héctor J. Altuve Ferrer Dean of SEL University 1

4 About SEL University Our Mission We provide the education and training needed to make electric power safer, more reliable, and more economical. What We Offer SEL University (SELU) develops programs to help you seamlessly integrate digital technologies into your expanding power system infrastructure. Whether you attend a standard at one of our convenient office locations, an on-demand or tailored at a site of your choice, or even an online, SELU can help you optimize the value of your protection system investment by producing a well-trained workforce capable of achieving superior system performance. SELU training is for engineers and technicians working in power system protection, control, monitoring, communications, regulation, planning, design, operation, maintenance, and management. SELU training is suitable for personnel of electric utilities, consulting firms, and industrial companies. IACET Accredited Provider SELU is recognized as an Accredited Provider (AP) by the International Association for Continuing Education and Training (IACET). In obtaining this accreditation, SELU demonstrates that it complies with the ANSI/IACET Standard, which is recognized internationally as a standard of good practice. As a result of its Accredited Provider status, SELU offers IACET CEUs (or 10 PDHs for each 1 CEU) for its programs that qualify under the ANSI/ IACET Standard. 2

5 TITLE 3

6 Course Index APP APP APP 300G APP 311L APP APP 351R APP 351R/651R APP 411L APP APP APP 487B APP 487E APP 487V APP 651R APP 700G APP APP APP APP APP APP APP APP APP APP ICON APP T400L CBT CBT CBT CBT CBT CBT CBT CBT COM COM PROT PROT PROT PROT PROT PROT PROT PROT PROT PROT PWRS SEC SEC SEC SYS SYS SYS SYS TST TST TST TST 700G...44 WBNR PROT WBNR SEC WBT WBT WBT WBT WBT WBT SEC

7 5

8 Table of Contents Overview Message From the Dean... 1 About SEL University... 2 Course Index... 4 Course Overview... 8 Training Programs Legend of Symbols Classroom-Based Courses Power System Courses Protection Courses Communications Courses...24 Application Courses Testing Courses Systems Courses Security Courses Programs Engineer Program Technician Program...72 Information, Policies, and Textbooks Course Information...75 Course Policies...76 Modern Solutions Books...78 Stanley Zocholl Books elearning Courses Computer-Based Training Courses Web-Based Training Courses Webinar Training Courses

9 7

10 Course Overview Classroom-Based Training SELU offers two options to deliver you classroom-based training. Regularly Scheduled Courses Choose from over 60 existing offerings in multiple convenient locations in cities around the world. Network with other industry professionals. Take advantage of fundamentals and hands-on training options, and confer with experts about your application. On-Demand Courses SELU brings the equipment, materials, and instructors you supply the training room. Choose a standard or a tailored option to meet your needs. Dramatically reduce travel expenses, and train more employees at one time. SELU offers training in hundreds of locations worldwide. 8

11 When you choose a classroom-based training option, you can select from fundamentals and hands-on s. Fundamentals Courses Fundamentals s examine the latest advances in power systems, protection, communications, and cybersecurity. The in-depth subjects surveyed include practical insights into protecting power systems, distribution systems, transmission lines, power stations, and industrial power systems; developing reliable communications systems; providing cybersecurity for mission-critical infrastructure; and other subjects. Hands-On Courses Hands-on s teach you how to apply advanced features of SEL products to optimize your power system protection, control, and monitoring solutions. These s can cover a combination of product setting and testing, which is useful for proper product application, commissioning, and troubleshooting. Hands-on systems s help you integrate and manage your devices to improve system performance and reliability. Course Identifiers PWRS: Power system s provide a refresher on power system modeling, analysis, and operation for engineers. PROT: Protection s teach engineers and technicians power system protection principles and applications. COM: Communications s teach engineers and technicians introductory and advanced networking and data communications troubleshooting principles and best practices. APP: Application s build on the skills obtained in fundamentals s and provide both engineers and technicians with hands-on settings experience. TST: Testing s put into practice the skills obtained in technician fundamentals s and provide technicians with hands-on relay testing and troubleshooting experience. SYS: Systems s build on the skills obtained in application and fundamentals s and provide engineers and technicians with advanced hands-on integration and design experience. SEC: Security s provide a range of knowledge, including hands-on experience, to help professionals of all levels create more secure industrial control systems. 9

12 elearning Training SELU offers a series of computer- and web-based s that give you more flexible training options. These s supplement traditional classroom s. SELU offers three types of elearning to best meet your needs. Computer-based training provides the opportunity to train when and where you want via self-paced work. Web-based training and webinar s feature an SELU instructor delivering training to you in real time. Computer-Based Training CBT: Computer-based training allows you to progress at your own pace with s that cover a variety of SEL products. Our CBTs, many of which can be used as prerequisites for our instructorled s, can be taken individually or easily integrated into your organization s training program by choosing an individual or corporate license. Employ myselu to view purchased elearning s and to track completion status. Web-Based Training WBT: Web-based training gives you the flexibility of attending s from a location of your choosing. Participate in realtime, online instruction with an SEL expert. Interact with other industry professionals while maximizing your training budget. You can even request web-based training on demand. Webinar Training WBNR: Webinars serve as one-hour complimentary overviews for our fundamentals s and provide live interaction. These s are formatted like live WBT s. 10

13 11

14 Training Programs SELU programs consist of groups of s organized into one or more tracks. Topics that support your professional development goals include protection, control, automation, monitoring, metering, communications, and management of utility and industrial power systems. SELU offers special pricing when you purchase an entire track at one time. Engineer Program The SEL University Protection Program for Engineers consists of multiple tracks. These tracks are for individuals who want to specialize in a specific area of protection. Generation System Protection Track Substation Protection Track Transmission Line Protection Track Technician Program Distribution System Protection Track Industrial Power System Protection Track Power System Communications Track The SEL University Protection Program for Technicians is designed for those involved in setting, testing, and troubleshooting protective relays. 12

15 Legend of Symbols To help determine which s best match your training objectives, use this legend. These symbols will appear next to each throughout the guide and represent technicians, engineers and various other audiences. This does not preclude anyone from taking the. These s are most suitable for technicians, consultants, and those who have an interest in relay testing, commissioning, and an overall understanding of power system protection as well as those who design, operate, or maintain utility networks. These s are intended for students who require a basic familiarity with protective relaying and power system fundamentals and for those without electrical engineering degrees. These s can also act as great refreshers for those who are engineers. These s are most suitable for engineers and consultants who require a more comprehensive understanding of protection fundamentals and concepts as well as hands-on relay application. These s are intended for those with an engineering degree. These s are most suitable for a variety of audiences, such as regulators, executives, legislators, and industrial control system (ICS) users. 13

16 14 Power System Courses

17 CLASSROOM POWER SYSTEM COURSES PWRS 400 Power System Fundamentals for Engineers 4-day fundamentals 2.8 CEUs available 28 PDHs available Prerequisite: CBT 105 Describe the structure of modern power systems (generation, transmission, subtransmission, distribution, and consumption). Describe the basic principles of operation: voltage and frequency control, real and reactive power flow control, economic operation, and steady-state and transient stability. Describe modeling of different power system components. Perform power flow and fault analysis of a complex power system using computer models. Describe the method of symmetrical components and the sequence network interconnections to study series and shunt unbalanced faults. Calculate the state of different power system components. Create conceptual designs and improvements of power systems that satisfy the basic principles of operation. 15

18 16 Protection Courses

19 CLASSROOM PROTECTION COURSES PROT 300 Symmetrical Components Theory and Application 3-day fundamentals 2.1 CEUs available 21 PDHs available Prerequisite: CBT 105 Define phasors, and perform phasor operations. Define and identify advantages of the per-unit system. Convert systems into per-unit quantities. Define short-circuit (fault) types. Simplify complex circuits using a Thévenin equivalent circuit. Identify the positive-, negative-, and zero-sequence components. Convert between phase and symmetrical component values. Calculate symmetrical components for nontraditional fault types and phase rotations. Determine sequence impedances for transformers, generators, and transmission lines. Connect sequence networks and calculate fault currents for various shunt and series fault types. Analyze various types of faults using symmetrical components and real event reports. Learn how a delta-wye transformer s phase shift is represented in the symmetrical component networks. Learn how relays use symmetrical components to determine the fault type and location. 17

20 CLASSROOM PROTECTION COURSES PROT 301 Protecting Power Systems for Technicians 3-day fundamentals 2.1 CEUs available 21 PDHs available Prerequisite: CBT 105 Explain the importance of symmetrical components in analyzing power systems. Identify the types of protective systems used for various applications. Define distribution and transmission line protection principles. Describe how differential, overcurrent, and mechanical methods are used to protect power transformers. Use metering and event reporting functions from modern protective relay systems to monitor protection system performance. PROT 401 Protecting Power Systems for Engineers 5-day 3.5 CEUs available 35 PDHs available Prerequisite: CBT 105 Identify the challenges and solutions to power system protection problems. Select the appropriate protection schemes for various applications. Analyze power system faults for balanced and unbalanced conditions using symmetrical components. Describe current and voltage transformers and their impact on protection scheme performance. Identify, apply, and calculate settings for distribution and transmission line protection schemes, including overcurrent, directional overcurrent, distance, and pilot protection schemes. Identify, apply, and calculate settings for transformer, bus, and breaker failure protection schemes. Identify, apply, and calculate settings for generator and motor protection schemes. Identify and apply wide-area protection schemes, such as power swing blocking, out-of-step tripping, and load shedding. 18

21 CLASSROOM PROTECTION COURSES PROT 403 Distribution System Protection 3-day fundamentals 2.1 CEUs available 21 PDHs available Prerequisite: PROT 401 Identify the challenges and solutions to medium-voltage distribution system protection problems. Describe distribution system protective devices. Select and calculate settings for distribution system protective devices. Identify and apply negative-sequence overcurrent protection in distribution systems. Explain the effect of load on distribution system protection. Identify, apply, and calculate settings for distribution bus protection schemes. Describe methods for fast service restoration in distribution systems. Identify protection practices and regulations of distribution systems with distributed generation. PROT 405 Industrial Power System Protection 4-day fundamentals 2.8 CEUs available 28 PDHs available Prerequisite: PROT 401 Identify the challenges and solutions to industrial power system protection problems. Select the appropriate protection schemes for various applications. Analyze power system faults for balanced and unbalanced conditions using symmetrical components. Explain industrial power system topology and grounding methods. Describe current and voltage transformers and their impact on protection scheme performance. Identify, apply, and calculate settings for overcurrent devices in industrial power systems. Describe directional overcurrent, distance, and pilot protection schemes. Identify, apply, and calculate settings for transformer and bus protection schemes. Identify, apply, and calculate settings for generator and motor protection schemes. Identify and apply wide-area protection schemes for industrial power systems. 19

22 CLASSROOM PROTECTION COURSES PROT 407 Transmission Line Protection 3-day fundamentals 2.1 CEUs available 21 PDHs available Prerequisite: PROT 401 Identify the challenges and solutions to transmission line protection problems. Select the appropriate transmission line protection schemes for various applications. Describe current and voltage transformers and their impact on transmission line protection scheme performance. Identify, apply, and calculate settings for transmission line protection schemes, including directional overcurrent, distance, and pilot protection schemes. Describe the various pilot protection schemes for transmission lines. Discuss the advantages of line current differential protection. Describe time-domain ultra-high-speed transmission line protection. Identify the challenges and solutions to series-compensated transmission line protection. Identify and apply power swing blocking and out-of-step tripping. PROT 409 Generation System Protection 3-day fundamentals 2.1 CEUs available 21 PDHs available Prerequisite: PROT 401 Identify the protection requirements of synchronous generators. Apply generation system protection principles. Identify and select appropriate protection schemes for various generator applications. Determine settings for system backup using phase distance and overcurrent elements. Apply high- and low-impedance neutral grounding techniques. Calculate settings for critical generator protection elements, including: êê Differential and ground fault. êê Out-of-step protection elements. êê Loss-of-field, overexcitation, and overvoltage. 20

23 CLASSROOM PROTECTION COURSES PROT 411 Substation Equipment Protection 3-day fundamentals 2.1 CEUs available 21 PDHs available Prerequisite: PROT 401 Describe the protection requirements of power transformers and buses. Specify current transformers for protective relay applications. Define transformer protection issues, and identify solutions using digital relays. Define bus protection problems, and identify solutions for digital relays. Calculate relay settings for transformer and bus protection relays. 21

24 CLASSROOM PROTECTION COURSES PROT 413 Generation Station Protection 4.5-day fundamentals 3.2 CEUs available 32 PDHs available Prerequisite: PROT 401 Review electromechanical characteristics of synchronous generators. Explore power station arrangements and methods for generator grounding. Review symmetrical components concepts applied to unbalanced fault analysis. Review protection fundamentals, such as primary and backup protection concepts, description of protection system elements, and digital relay architecture. Review current and voltage transformers and their impact on protection scheme performance. Discuss common power system protection issues at power stations. Review generator stator phase and ground fault protection schemes. Review generator rotor ground fault protection schemes. Review generator abnormal operation protection schemes, including, but not limited to, thermal, current unbalance, loss of excitation, out of step, and overexcitation. Discuss bus protection concepts, and analyze bus protection schemes. Discuss transformer protection challenges, concepts, and schemes. Review motor thermal and short-circuit protection principles. Review protection schemes applied to power station auxiliary systems. 22

25 CLASSROOM PROTECTION COURSES PROT 415 Time-Domain Line Protection 2-day fundamentals 1.4 CEUs available 14 PDHs available Prerequisites: PROT 401, PROT 407 Describe the need for fast fault clearing. Identify the limitations of phasor-based protection. Describe the challenges and solutions of line time-domain protection. Discuss power line models. Describe signal processing in microprocessor-based relays. Discuss current and voltage transformers and their impact on line time-domain protection performance. Describe incremental-quantity protection elements. Describe traveling wave protection elements. Discuss traveling wave fault locating. 23

26 24 Power System Communications Courses

27 CLASSROOM POWER SYSTEM COMMUNICATIONS COURSES COM 201 Multiplexing and TDM Communications 1-day fundamentals 0.7 CEUs available 7 PDHs available Prerequisite: None Apply the basics of synchronous optical network (SONET)-based communications technologies to a network design. Identify the principles of fiber-optic-based transmission and media. Identify multiplexing considerations and applications. Describe the fundamentals and importance of time-division multiplexing (TDM). Design a multinode SONET-based network. Assign network traffic based on circuit requirements. COM 401 Data Communications Fundamentals 4-day fundamentals 2.8 CEUs available 28 PDHs available Prerequisite: None Define the purpose of system integration and communications-assisted applications. Describe intelligent electronic device (IED) data contents, data integration, and data consumers. Identify device communications methods and topologies. Define common communications protocols, including IEC 61850, Modbus, and DNP3. Distinguish between serial and Ethernet networks. Identify SEL best practices in configuring device communications. Identify the advantages of networking multiple IEDs together. 25

28 26 Application Courses

29 CLASSROOM APPLICATION COURSES APP 87 SEL-387 and SEL-587 Percentage- Restrained Differential Relays 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Explain the application considerations of differential protection. Apply internal or external phase shift and zero-sequence compensation using two different setting methods in both relays. Use SELogic control equations to customize the relay logic to meet your application requirements. Analyze Sequential Events Recorder (SER) reports, and generate COMTRADE files from event reports. Explain testing considerations. APP 101 Hands-On Introduction to SEL Relays 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: None Describe digital relay protection and operating methods. Communicate with the SEL-351S Protection System via the front-panel HMI and pushbuttons. Send and receive relay settings using acselerator QuickSet SEL-5030 Software. Identify SEL-351S product features. Apply effective protection and coordination settings for an example distribution system. Perform tests to verify relay protection element operation. 27

30 CLASSROOM APPLICATION COURSES APP 300G SEL-300G Generator Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Apply the SEL-300G protection, monitoring, and control features. Communicate with the relay through front-panel controls and serial ports. Calculate and enter settings for the relay. Determine data requirements for relay settings and resistance temperature detectors (RTDs). Retrieve data from the relay using HyperTerminal. Analyze fault records and relay element response using acselerator Analytic Assistant SEL-5601 Software and other software programs. Analyze Sequential Events Recorder (SER) reports. APP 311L SEL-311L Line Current Differential Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Calculate and apply settings for line current differential protection. Set the SEL-311L using HyperTerminal and acselerator QuickSet SEL-5030 Software. Use SELogic control equations to customize the relay logic. Apply backup protection, reclosing, and synchronism-check features of the SEL-311L. Analyze Sequential Events Recorder (SER) reports. Implement relay-to-relay logic communications via the Mirrored Bits communications protocol. 28

31 CLASSROOM APPLICATION COURSES APP 351 SEL-351 Protection System 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Apply the SEL-351S protection, monitoring, and control features. Communicate with the relay through the front panel and serial port. Use acselerator QuickSet SEL-5030 Software to apply relay settings, program SELogic control equations, and analyze fault records and the relay element response. Analyze Sequential Events Recorder (SER) reports. Implement relay-to-relay logic communications via the Mirrored Bits communications protocol. Identify multiple applications for the SEL-351 family. Differentiate between SEL-351, SEL-351A, and SEL-351S Protection System features. APP 351R SEL-351R Recloser Control 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Describe how to upgrade existing substation and pole-mounted recloser controls. Communicate with the recloser control through front-panel and serial port interfaces. Use acselerator QuickSet SEL-5030 Software to apply EZ settings, program SELogic control equations, and analyze event reports. Discuss relay-to-relay logic communications via the Mirrored Bits communications protocol. Coordinate with upstream feeder relays for high-speed fault clearing on distribution circuits. Apply high-side transformer blown fuse detection logic to protect customers from potentially damaging unbalanced voltages. Use the fault detection capability to identify feeder trouble points. 29

32 CLASSROOM APPLICATION COURSES APP 351R and 651R SEL-351R and SEL-651R Recloser Controls 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: CBT 101 Upgrade existing substation and pole-mounted recloser controls. Communicate with the recloser control through front-panel and serial port interfaces. Use acselerator QuickSet SEL-5030 Software to apply EZ settings, program SELogic control equations, and analyze event reports. Discuss relay-to-relay logic communications via Mirrored Bits communications protocol. Coordinate with upstream feeder relays for high-speed fault clearing on distribution circuits. Apply high-side transformer blown fuse detection logic to protect customers from potentially damaging unbalanced voltages. Use the fault detection capability to identify feeder trouble points. Apply settings to implement Automatic Network Reconfiguration. Determine several protection methods based on application examples. Create and use QuickSet application designs. êê Enable and disable protection features and settings in application designs. êê Apply SEL-651R Advanced Recloser Control EZ settings application design. 30

33 CLASSROOM APPLICATION COURSES APP 411L 87L Functions in the SEL-411L Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101, CBT 104, CBT 421, or APP 421 Navigate acselerator QuickSet SEL-5030 Software. Identify settings calculation formulas and terminology for 87L applications. Determine effective line differential protection settings for example systems. Configure 87L for serial and Ethernet applications. Create SEL-411L Advanced Line Differential Protection, Automation, and Control System logic equations for 87L protection functions. Monitor system performance with real-time metering using human-machine interface (HMI) tools. Test 87L protection schemes, and verify proper relay operation. Retrieve and analyze events using COMTRADE files and the Sequential Events Recorder (SER). Configure traveling wave fault location. APP 421 SEL-421 Protection, Automation, and Control System 3-day hands-on 2.1 CEUs available 21 PDHs available Recommended Pre: CBT 101 Apply the SEL-421 protection, monitoring, metering, and control features, including current and voltage selection logic. Use SELogic control equations with math and comparison variables in the independent protection and automation areas. Apply relay settings, program SELogic control equations, and analyze fault records and relay element responses using acselerator QuickSet SEL-5030 Software. Analyze Sequential Events Recorder (SER) reports, and use COMTRADE files. Implement relay-to-relay logic via Mirrored Bits communications. Map and retrieve critical analog and digital information in DNP3 Level 2. Select the appropriate Enable Source Selection (ESS) setting for required applications. Communicate with the relay via the front panel and the human-machine interface (HMI), including pushbuttons and associated LEDs, display points, targeting LEDs, and front-panel metering. 31

34 CLASSROOM APPLICATION COURSES APP 451 SEL-451 Protection, Automation, and Bay Control System 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: None Identify the features, functions, and applications of the SEL-451, including high-speed Ethernet capabilities. Communicate with the relay human-machine interface (HMI), including pushbuttons, display points, target LEDs, and front-panel metering. Use acselerator QuickSet SEL-5030 Software to apply relay settings, program SELogic control equations, and test protection operations. Apply the SEL-451 protection, monitoring, metering, and control features, including current and voltage selection logic. Use the relay s bay control features for disconnect switching applications. Implement relay-to-relay logic via Mirrored Bits communications. Retrieve event reports, COMTRADE files, and Sequential Events Recorder (SER) reports for analysis. Identify switch-on-to-fault protection schemes. Explain the relay s fault type identification selection logic. Set the relay s directional elements. Apply settings for high-impedance fault detection using Arc Sense technology (AST). Determine autoreclosing protection settings. 32

35 CLASSROOM APPLICATION COURSES APP 487B SEL-487B Bus Differential and Breaker Failure Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Determine busbar classifications, and interpret station diagrams. Establish a busbar protection philosophy. Describe differential bus protection schemes, principles, and performance standards. Determine the input information needed for protection zone selection. Assign relay inputs using SELogic control equations and alias names. Develop settings for different busbar configurations. Program front-panel LEDs to indicate latch bit status. Access relay status and event history for multiple relays. APP 487E SEL-487E Transformer Protection Relay 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: CBT 101 Set the SEL-487E differential element for a variety of transformer types and applications. Use acselerator QuickSet SEL-5030 Software to manage settings, control operations, and monitor transformer performance. Set restricted earth fault, overcurrent, and volts/hertz elements to protect the transformer. Calculate test quantities, simulate fault conditions, and verify protection settings. Use Commissioning Assistant Software to simplify installation and testing. Use SEL event analysis tools to retrieve and analyze event records captured by the SEL-487E. 33

36 CLASSROOM APPLICATION COURSES APP 487V SEL-487V Capacitor Protection and Control System 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Navigate acselerator QuickSet SEL-5030 Software and settings tools. Calculate system and data settings for example capacitor bank nameplates. Enable grounded-wye or ungrounded capacitor bank applications. Determine settings for 60P and 60N current unbalance protection. Test SEL-487V differential and unbalance tripping operations. Isolate the location of a faulted phase and section. Monitor voltage sag and swell conditions. Set up switching and automatic control of capacitor bank operations. Configure synchrophasor real-time control applications. APP 651R SEL-651R Advanced Recloser Control 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Upgrade existing substation and pole-mounted recloser controls. Communicate with the recloser control through the front-panel and serial port interfaces. Apply settings to implement Automatic Network Reconfiguration. Determine several protection methods based on application examples. Create and use acselerator QuickSet SEL-5030 Software application designs. êê Enable and disable protection features and settings in application designs. êê Apply SEL-651R EZ settings application design. 34

37 CLASSROOM APPLICATION COURSES APP 700G SEL-700G Generator Protection Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Use acselerator QuickSet SEL-5030 Software to read and send settings to the relay. Enter system and generator data into configuration software. Set two-zone stator and field (rotor) ground detection schemes. Determine effective settings for differential, current unbalance, overexcitation, and loss-of-field protection. Protect small generators and large (387 MVA, 22 kv) unit-connected generation systems. Synchronize generator-breaker close operations. Verify relay tripping and protection for various faults and abnormal conditions. Apply IEEE standards and formulas to determine a range of protection settings. APP 710 SEL-710 Motor Protection Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Enter nameplate data with acselerator QuickSet SEL-5030 Software. Communicate with the relay front-panel and serial port interfaces. Calculate and apply settings for the thermal model and thermal overload protection element. Determine motor relay settings to meet varied motor protection requirements and to maximize motor performance and safety. Retrieve and analyze motor trend reports, start reports, and event reports. Apply methods learned in class to troubleshoot and commission motor protection. 35

38 CLASSROOM APPLICATION COURSES APP 735 SEL-735 Power Quality and Revenue Meter 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Read, configure, and send settings to the SEL-735 using the front panel and acselerator QuickSet SEL-5030 Software. Apply advanced metering features to monitor bidirectional energy flow. Test meter accuracy, and use Test Mode to troubleshoot operations. Identify power quality indicators, and implement SELogic to monitor for issues. Retrieve disturbance waveforms and records to determine the root cause of poor power quality. Account for transformer and line loss errors in billing data. APP 751 SEL-751/A Feeder Protection Relays 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 751 (included) Determine and enter phase, ground, and neutral overcurrent settings for an example application. Use acselerator QuickSet SEL-5030 Software to read and send settings to an SEL relay. Implement a secure arc-flash detection system. Apply under- and overvoltage, under- and overfrequency, synchronism-check, and breaker failure protection schemes. Implement resistance temperature detector (RTD)-based protection for thermal monitoring and tripping. Create customized SELogic protection functions and display points. Determine reclosing settings for utility feeders. Retrieve and analyze event data. Implement relay-to-relay communication using the Mirrored Bits communications protocol. 36

39 CLASSROOM APPLICATION COURSES APP 787 SEL-787 Transformer Protection Relay 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Use acselerator QuickSet SEL-5030 Software to read and send settings to the relay. Determine system and transformer winding data and configuration settings. Calculate CT compensation, operate and restraint, and harmonic blocking settings. Test high- and low-voltage CT configuration settings using Commissioning Assistant. Determine settings for through-fault element protection and monitoring. Apply effective protection for restricted earth fault (REF), overexcitation, undervoltage, and underfrequency. Test settings by observing relay operation after current/voltage is applied. APP 849 SEL-849 Motor Management Relay 1-day hands-on 0.7 CEUs available 7 PDHs available Prerequisite: None Communicate with the relay via the web server. Determine required settings for the example motor control center application. Apply thermal overload protection settings. Apply arc-flash and current unbalance protection to maximize motor performance and safety. Monitor and analyze motor performance, starting reports, and event reports. Install, set, and commission motor protection. 37

40 CLASSROOM APPLICATION COURSES APP 2032 SEL-2032 Communications Processor 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: None Integrate SEL and non-sel intelligent electronic devices (IEDs) using communications processor settings and database functions. Identify and use settings classes of the communications processor for data acquisition, control, and automatic notification with SEL and non-sel IEDs. Recognize and configure multitier applications. Identify DNP3 Level 2 and Modbus protocols and application settings. Set the SEL-2701 Ethernet Processor to function in an Ethernet network. APP 2240 SEL-2240 Axion Distributed Control and Integration Platform 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: None The SEL-3530 Real-Time Automation Controller (RTAC) can operate as the CPU for an SEL-2240 Axion platform; thus, there is a high degree of overlap in objectives and material with APP Describe the expectations of modern integrated protection and control systems. Describe system applications. Configure the web interface for reading status and alarm logs from the RTAC. Efficiently manage the RTAC settings and database for common integration needs. Identify and properly configure DNP3, SEL, and Modbus protocols application settings. Establish transparent communications to connected intelligent electronic devices (IEDs). Create advanced logic processing functions with the IEC programming language. Manage security and logic settings for NERC CIP requirements. Configure the human-machine interface (HMI) for status and control. 38

41 CLASSROOM APPLICATION COURSES APP 3530 SEL-3530 Real- Time Automation Controller (RTAC) 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: None Describe the expectations of modern integrated protection and control systems. Describe system applications. Configure the web interface for reading status and alarm logs from the RTAC. Efficiently manage the RTAC settings and database for common integration needs. Identify and properly configure DNP3, SEL, and Modbus protocol application settings. Establish transparent communications to connected intelligent electronic devices (IEDs). Create advanced logic processing functions with the IEC programming language. Manage security and logic settings for NERC CIP requirements. Configure the human-machine interface (HMI) for status and control. 39

42 CLASSROOM APPLICATION COURSES APP 3620 Sensible Cybersecurity Using the Ethernet Security Gateway 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: SEC 201 Describe the security expectations of modern integrated protection and control systems. Identify the SEL-3620 Ethernet Security Gateway feature set and role within the defense-in-depth strategy. Configure local and network security. Commission the SEL-3620 using the web interface. Create user accounts for authenticated privileges. Configure syslog event collection in the SEL Configure secure communications using certificates and Internet Protocol Security (IPsec). Create firewall rules to filter transgressing packets. Configure event collection and logging. Configure secure communications at the device level. Use the SEL-3620 for device management. Access devices through the SEL Use the SEL-3620 for password management. 40

43 CLASSROOM APPLICATION COURSES APP ICON SEL ICON Integrated Communications Optical Network 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: COM 201 Set up a node to configure, test, commission, and troubleshoot the following communications circuits for an OC-48 ring network using SEL-5051 Network Management System Software: IEEE C37.94, transfer trip, asynchronous DS1, synchronous DS1, 10 Mb Ethernet, and 100 Mb Ethernet. Configure GPS time source inputs for synchronous optical network (SONET) frequency (SSM timing) and distributed time-of-day synchronization. Configure security parameters in the SEL ICON to help meet NERC CIP requirements. Review other communications circuits available. Review DS0 grooming. Perform commissioning testing to validate alarming and switching between nodes and around the ring. Identify the major features and functions of the SEL ICON. APP T400L SEL-T400L Time-Domain Line Protection 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisites: PROT 415, CBT 101, CBT 104, APP 411L Apply the SEL-T400L Time-Domain Line Protection time-domain protection elements. Explain the SEL-T400L signal processing. Configure the SEL-T400L incremental-quantity protection elements. Configure the SEL-T400L traveling-wave protection elements. Calculate, apply, and test settings for the SEL-T400L. Configure the SEL-T400L traveling-wave fault-locating function. 41

44 42 Testing Courses

45 CLASSROOM TESTING COURSES TST 101 SEL Relay Testing Basics 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: None Establish a serial communications link with an SEL relay using SEL software. Enter settings into an SEL relay. Equate Relay Word bits and SELogic control equations to traditional relay element outputs and discrete contact logic. Test, commission, and troubleshoot using the metering, sequential events recording, and event reporting features of SEL relays. Analyze information recorded by the relay using SEL software. Calculate relay test points to verify responses. Find information in SEL relay instruction manuals. TST 103 SEL Feeder Relay Testing 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisites: TST 101, CBT 101 Establish communications with an SEL relay using acselerator QuickSet SEL-5030 Software. Enter settings into an SEL relay. Equate Relay Word bits and SELogic control equations to traditional relay element outputs and discrete contact logic. Test, commission, and troubleshoot using metering, sequential events recording, and event reporting features of SEL relays. Calculate relay test points based on relay settings. Analyze relay response with information recorded by the relay using SEL software. Find information in SEL relay instruction manuals. Understand differential relay concepts, and determine appropriate test values. 43

46 CLASSROOM TESTING COURSES TST 107 SEL Transmission Substation Relay Testing 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisites: TST 101, CBT 101 Establish a serial communications link with an SEL relay using HyperTerminal and SEL software. Enter settings into an SEL relay. Equate Relay Word bits and SELogic control equations to traditional relay element outputs and discrete contact logic. Test, commission, and troubleshoot using metering, sequential events recording, and event reporting features of SEL relays. Analyze information recorded by the relay using SEL software. Calculate relay test points to verify response. Find information in SEL relay instruction manuals. Understand differential relay concepts and determine appropriate test values. TST 700G Testing SEL-700G Generator Protection Relays 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: CBT 101 Test, commission, and troubleshoot SEL generator protection. Establish communication with an SEL generator relay using SEL software. Equate Relay Word bits and SELogic control equations to traditional relay element outputs and contact diagram logic. Interpret system one-line diagrams for common protection applications. Develop effective element testing procedures. Calculate relay test points. Apply current to validate element operation and time delays. Retrieve and analyze data recorded by SEL relays. Ensure relay settings are functioning correctly and protection schemes work. 44

47 Title 45

48 46 Systems Courses

49 CLASSROOM SYSTEMS COURSES SYS 310 Modern Synchrophasor Visualization, Control, and Analysis 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: None Identify common synchrophasor components, applications, and communications schemes. Review the IEEE C standard and its communications requirements. Configure synchrophasor precise time measurement using the SEL-2407 Satellite-Synchronized Clock. Configure phasor measurement units (SEL-421 Protection, Automation, and Control Systems) using acselerator QuickSet SEL-5030 Software. Configure phasor data concentration and archiving using the SEL-5073 synchrowave Phasor Data Concentrator (PDC) Software. Configure custom IEC control logic for data output and control schemes using the SEL-3378 Synchrophasor Vector Processor. Configure SEL synchrowave Central Software for viewing both real-time and historical synchrophasor data. 47

50 CLASSROOM SYSTEMS COURSES SYS 403 IEC Fundamentals and Applications 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: None Organize and configure all SEL intelligent electronic devices (IEDs) in a substation project. Configure incoming and outgoing Generic Object-Oriented Substation Event (GOOSE) messages and manufacturing message specification (MMS) reports. Understand design considerations and the configuration of networks for implementing IEC GOOSE messaging. Read IED Capability Description (ICD) and Configured IED Description (CID) files. Load device settings and IEC CID files into SEL IEDs. Generate ICD files that will provide IED descriptions to support interoperability and integration functions. Understand GOOSE applications and exchange among IEDs. Configure logic, control, and communications settings related to IEC in SEL IEDs. Troubleshoot GOOSE message quality and network communications. Configure an RTAC to collect substation data from SEL IEDs using MMS Client. Configure an RTAC MMS server to provide substation data to a Master Station. 48

51 CLASSROOM SYSTEMS COURSES SYS 406 acselerator Team SEL-5045 Software 2-day hands-on 1.4 CEUs available 14 PDHs available Prerequisite: None Identify the acselerator Team services and features. Create a connection directory with several folders and devices. Communicate with a device, collect and organize events, and view them in a timeline. Communicate with an SEL-3530 Real-Time Automation Controller (RTAC) to collect Sequence of Events (SOE) data. Communicate with a metering device and collect load profile (LDP) data using Team LDP Microsoft Excel templates. Communicate with a device for transmission fault location. Configure and integrate Team Sync across a wide-area network. Troubleshoot Team. 49

52 CLASSROOM SYSTEMS COURSES SYS 407 Software-Defined Networks 3-day hands-on 2.1 CEUs available 21 PDHs available Prerequisite: None Review and interpret the different components used to engineer a network in terms of their applications, services, and policies. Compare and contrast the differences between the control and data planes and their responsibilities and requirements. Examine the Ethernet frame structure to recognize what fields are and how they are used in SDN. Review the different delivery methods of Ethernet frames and the use cases of why each exist. Review protocols, and summarize how the lifecycle of a conversation is structured using Ethernet protocols. Demonstrate basic functions within Wireshark, such as how to capture and evaluate Ethernet frames, conversations, and troubleshooting. Review software-defined networking (SDN) and how its application improves network engineering. Identify the benefits SDN brings control systems performance, cybersecurity, and situational awareness and how this benefits the people and systems these networks are used in. Analyze what operational technology (OT) SDN is and how proactive traffic engineering enables new capabilities and performance for our critical systems. Relate how to apply SDN network engineering to your own network needs. Engineer and configure networks using SDN to maximize the benefits. Observe how SDN enables greater situational awareness after deployment and simplifies change management. 50

53 51

54 52 Security Courses

55 CLASSROOM SECURITY COURSES SEC 101 ICS Fundamentals 1-day fundamentals 0.7 CEUs available 7 PDHs available Prerequisite: None Increase comprehension of industrial control systems (ICSs) and their importance. Understand the different types of ICS components and where these components are used. Increase understanding of changes in connectivity and their effects. Understand and differentiate the different critical infrastructure sectors. Understand the different ICS communications methods. Understand the basics of electrical power. Learn the power system components of generation, transmission, and distribution. Understand the basics of the U.S. electrical grid and the divisions of the energy reliability organizations. Understand blackouts from a historical perspective and their effects. Understand potential threat vectors to ICSs, and learn the steps to secure your systems. SEC 201 ICS Security Introduction 1-day fundamentals 0.7 CEUs available 7 PDHs available Prerequisite: SEC 101 Understand core cybersecurity concepts and principles as they relate to industrial control systems (ICSs). Gain insight into attackers and their techniques to increase understanding of threats. Identify cybersecurity practices and tools used to assess ICS security. Understand reasons for, types of, and methods of access control and when to implement it. Identify the goals of cryptography and where it is best applied. Be prepared to practice continuing security and security awareness. Understand potential threat vectors to ICSs, and learn the steps to secure ICSs. This is also offered as a web-based training. See WBT SEC 201 on Page

56 CLASSROOM SECURITY COURSES SEC 203 Electric Security Regulations for North America 2-day fundamentals 1.4 CEUs available 14 PDHs available Prerequisite: SEC 101 Understand the NERC CIP standards to help enable compliance. Understand how to categorize assets. Understand the new bright-line criteria and the three-tier asset classification impact (high/medium/low). Understand the implementation schedule to help with successful deployment. Identify best practices for audits. 54

57 55

58 56 Computer-Based Training Courses

59 elearning COMPUTER-BASED TRAINING COURSES CBT 101 Introduction to SEL Relays 4-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: None Identify front-panel controls and their functions. Retrieve metering data, view and change relay settings, and execute local control from the front panel. Establish communication with SEL relays using acselerator QuickSet SEL-5030 Software. Read, edit, and send settings to SEL relays using QuickSet. Program SELogic control equations. Download events captured by SEL relays using QuickSet. View events using SEL synchrowave Event Software. Create basic pickup and timing tests using the SEL-4000 Relay Test System. CBT 102 Retrieving Event Reports for Technicians 2.5-hour elearning 0.2 CEUs available 2 PDHs available Prerequisite: None Describe the differences and functions of each event report type, including standard, raw, and compressed event reports. Describe the function of the Sequential Events Recorder (SER), and retrieve SER reports. Retrieve an event report using HyperTerminal, SEL-5010 Relay Assistant Software, and acselerator QuickSet SEL-5030 Software. Determine the appropriate type of event report to retrieve and analyze for various conditions and objectives. Gather the necessary information to download the appropriate event report. 57

60 elearning COMPUTER-BASED TRAINING COURSES CBT 103 Analyzing Event Reports for Engineers 2.5-hour elearning 0.2 CEUs available 2 PDHs available Prerequisite: None Deduce causes for system faults based on available event report data and determine a solution using the event report analysis process. Analyze event reports using acselerator Analytic Assistant SEL-5601 Software. Apply the event report analysis process to event data collected from a variety of SEL relays and for various system faults. CBT 104 Understanding SEL Relay Logic 4-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: None Correlate Relay Word bits with settings and protection functions. Visually identify logic components. Differentiate between settings and logic. Analyze logic diagrams. Interpret logic using a relaying schematic. Use acselerator QuickSet SEL-5030 Software to convert and visualize logic. Diagnose problems using event data and logic. 58

61 elearning COMPUTER-BASED TRAINING COURSES CBT 105 Math Fundamentals for Power System Calculations Details TBD Details TBD Prerequisite: None Define and manipulate powers and roots. Calculate common and Napierian logarithms, list their uses, and apply the laws of logarithms. Identify the International System of Units (SI) and its prefixes as well as engineering notation used in power engineering. Use exponential functions in electrical engineering to represent growth or decay of currents or voltages in electric circuits. Indicate the relationship of the sides and angles of triangles and other useful aspects of trigonometry as it is applied to power engineering. Identify, represent, and perform operations with complex numbers. Define a phasor, convert sinusoidal signals to phasors, and perform phasor operations. Describe the matrix arithmetic needed in solving simultaneous equations. Define per unit, identify its uses and advantages, and practice per unit in power system calculations. Define symmetrical components, and convert from phase quantities to symmetrical quantities and vice versa. #A 59

62 elearning COMPUTER-BASED TRAINING COURSES CBT 351 Introduction to SEL-351 Relays 4-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: None Properly configure relay current and voltage inputs and contact outputs. Simulate SEL-351 Protection System front-panel operation using pushbuttons and the LCD, and interpret the front-panel LEDs. Determine relay settings for phase and ground overcurrent protection, load-shedding, and cold load pickup schemes. Program SELogic control equations and interpret logic diagrams for customized protection logic. Enter settings using acselerator QuickSet SEL-5030 Software. Retrieve event data for post-fault analysis. Diagnose problems using meter data and the Sequential Events Recorder. Identify some of the industry-standard protocols used to communicate with the relay. CBT 421 Introduction to SEL-421 Relays 4-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: None Implement a two-zone, step-distance protection scheme with single-breaker reclosing using acselerator QuickSet SEL-5030 Software. Apply high-speed, permissive tripping. Use enhanced SELogic to track Zone 2 distance element operations. Diagnose wiring issues based on metering data, and verify connections. Communicate with the relay via the front-panel interface and human-machine interface (HMI), including pushbuttons and associated LEDs, display points, targeting LEDs, and front-panel metering. Retrieve and interpret event report data. 60

63 elearning COMPUTER-BASED TRAINING COURSES CBT 751 Introduction to the SEL-751/A Feeder Protection Relays 3-hour elearning 0.3 CEUs available 3 PDHs available Prerequisite: None Demonstrate navigation of relay settings and features. Enter power system protection and logic settings using acselerator QuickSet SEL-5030 Software. Apply neutral overcurrent protection settings. Implement a secure arc-flash detection system. Apply and practice SELogic using best practices. Create a settings file, and send settings to the relay. Retrieve event report data. 61

64 62 Web-Based Training Courses

65 elearning WEB-BASED TRAINING COURSES WBT 101 Event Report Analysis Workshop 5-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: CBT 103 Learn what data are necessary to properly analyze an event. Understand the different event types, their differences, and their applications. Apply the proper tools to collected data in order to perform root cause analysis on an event. WBT 102 Event Report Analysis Workshop for Distribution Relays 5-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: CBT 103 WBT 102 is an adaptation of WBT 101, with specific distribution examples selected from WBT 101 examples. Learn what data are necessary to properly analyze an event. Understand the different event types, their differences, and their applications. Apply the proper tools to collected data in order to perform root cause analysis on an event. 63

66 elearning WEB-BASED TRAINING COURSES WBT 103 Transmission Pilot Protection Application of Power Line Carrier 8-hour elearning 0.7 CEUs available 7 PDHs available Prerequisite: None Identify how the power utility uses power line carrier (PLC) as a pilot protection channel on transmission lines. Interpret proper applications. Describe the need for pilot channels in transmission line protection. Explain coupling the PLC channel to a transmission line. Recognize how the frequency affects the channel. Calculate the performance of the channel. Relate the mitigation of performance issues. WBT 351 SEL-351 Relay Coordination Techniques 5-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: CBT 103 Describe the basic overcurrent device coordination goals, principles, and strategies. Identify common coordination pairs. Describe the basic SEL-351 Protection System protection and coordination settings, including phase and ground instantaneous, phase and ground definite-time, phase and ground time-overcurrent, and reclosing settings. Determine SEL-351 coordination settings using provided calculation methods and/or criteria to coordinate with upstream and downstream devices. Apply coordination strategies to real-world application examples. 64

67 elearning WEB-BASED TRAINING COURSES WBT 421 Applying Dual- Breaker Reclosing With the SEL-421 Relay 5-hour elearning 0.4 CEUs available 4 PDHs available Prerequisite: CBT 421 Integrate complete breaker protection and control for two breakers for ring-bus and breaker-and-a-half line configurations. Evaluate fault scenarios to determine how the relay will respond based on the applied dual-breaker protection design. Apply dynamic leader/follower breaker logic. Define and implement reclosing timing based on the requirements of your protection scheme. Evaluate line reclosing and independent reclosing practices. WBT SEC 201 ICS Security Introduction 8-hour elearning 0.7 CEUs available 7 PDHs available Prerequisite: SEC 101 or WBT SEC 101 Understand core cybersecurity concepts and principles as they relate to industrial control systems (ICSs). Gain insight into attackers and their techniques to increase the understanding of threats. Identify cybersecurity practices and tools used to assess ICS security. Understand reasons for, types of, and methods of access control and when to implement it. Identify the goals of cryptography and where it is best applied. Become prepared to practice continuing security and security awareness. Understand potential threat vectors to ICSs, and learn the steps to secure ICSs. This is also offered as a classroom-based. See SEC 201 on Page

68 66 Webinar Training Courses

69 elearning WEBINAR TRAINING COURSES WBNR PROT Symmetrical Components Theory and Application 1-hour elearning 0.1 CEUs available 1 PDH available Prerequisite: None In this one-hour complimentary webinar, you will learn the basics of symmetrical components with an introduction into sequence equations and how to use this knowledge with event analysis. For more comprehensive information on this topic, please see PROT 300 on Page 17. WBNR SEC An Introduction on How to Secure Your Substations 1-hour elearning 0.1 CEUs available 1 PDH available Prerequisite: None In this complimentary webinar, we will cover what industrial control systems are, security for control systems, and steps to secure your substation. Join us for a preview of SEC 101, SEC 201, and APP For more comprehensive information on this topic, please see SEC 101 and SEC 201 on Page 53 and APP 3620 on Page

70 68 Engineer Program

71 Overview PROGRAMS ENGINEER The SEL University Protection Program for Engineers consists of multiple tracks for both power system fundamentals and product application s. These tracks are designed for individuals who want to specialize in a specific area of the protection system. Generation System Protection Track Optional Introductory Courses PWRS 400: Power System Fundamentals for Engineers PROT 300: Symmetrical Components Theory and Application Required PROT 401: Protecting Power Systems for Engineers PROT 405: Industrial Power System Protection PROT 409: Generation System Protection Electives (choose one or both of the following s) APP 300G: SEL-300G Generator Relay APP 700G: SEL-700G Generator Protection Relay Substation Protection Track Optional Introductory Courses PWRS 400: Power System Fundamentals for Engineers PROT 300: Symmetrical Components Theory and Application Required PROT 401: Protecting Power Systems for Engineers PROT 411: Substation Equipment Protection Electives (choose two or more of the following s) APP 87: SEL-387 and SEL-587 Percentage-Restrained Differential Relays APP 487B: SEL-487B Bus Differential and Breaker Failure Relay APP 487E: SEL-487E Transformer Protection Relay APP 487V: SEL-487V Capacitor Protection and Control System 69

72 PROGRAMS ENGINEER Transmission Line Protection Track Optional Introductory Courses PWRS 400: Power System Fundamentals for Engineers PROT 300: Symmetrical Components Theory and Application Required PROT 401: Protecting Power Systems for Engineers PROT 407: Transmission Line Protection Electives (choose two or more of the following s) APP 311L: SEL-311L Line Current Differential Relay APP 411L: 87L Functions in the SEL-411L Relay APP 421: SEL-421 Protection, Automation, and Control System APP T400L: SEL-T400L Time-Domain Line Protection PROT 415: Time-Domain Line Protection Distribution System Protection Track Optional Introductory Courses PWRS 400: Power System Fundamentals for Engineers PROT 300: Symmetrical Components Theory and Application Required PROT 401: Protecting Power Systems for Engineers PROT 403: Distribution System Protection Electives (choose two or more of the following s) APP 351: SEL-351 Protection System APP 351R: SEL-351R Recloser Control APP 651R: SEL-651R Advanced Recloser Control APP 351R and 651R: SEL-351R and SEL-651R Recloser Controls 70

73 PROGRAMS ENGINEER Industrial Power System Protection Track Optional Introductory Courses PWRS 400: Power System Fundamentals for Engineers PROT 300: Symmetrical Components Theory and Application Required PROT 401: Protecting Power Systems for Engineers PROT 405: Industrial Power System Protection Electives (choose two or more of the following s) APP 700G: SEL-700G Generator Protection Relay APP 710: SEL-710 Motor Protection Relay APP 751: SEL-751/A Feeder Protection Relays APP 787: SEL-787 Transformer Protection Relay APP 849: SEL-849 Motor Management Relay Power System Communications Track Optional Introductory Courses PWRS 400: Power System Fundamentals for Engineers PROT 401: Protecting Power Systems for Engineers SEC 101: ICS Fundamentals Required APP 3620: Sensible Cybersecurity Using the Ethernet Security Gateway COM 201: Multiplexing and TDM Communications COM 401: Data Communications Fundamentals SEC 201: ICS Security Introduction Electives (choose two or more of the following s) APP 3530: SEL-3530 Real-Time Automation Controller (RTAC) APP ICON: SEL ICON Integrated Communications Optical Network SYS 403: IEC Fundamentals and Applications SYS 407: Software-Defined Networks 71

74 72 Technician Program

75 Overview The SEL University Protection Program for Technicians consists of one track and is designed for those involved in setting, testing, and troubleshooting protective relays. The track starts out with two optional, introductory s for those who may need a background in basic relay testing and symmetrical components. After completing these optional s, you will continue into fundamentals and testing s, where you will explore the methods and devices used in power system protection. Power System Protection for Technicians Track Optional Introductory Courses PROT 300: Symmetrical Components Theory and Application TST 101: SEL Relay Testing Basics Required PROT 301: Protecting Power Systems for Technicians TST 103: SEL Feeder Relay Testing TST 107: SEL Transmission Substation Relay Testing TST 700G: Testing SEL-700G Generator Protection Relays PROGRAMS TECHNICIAN 73

76 74 Information, Policies, and Textbooks

77 INFORMATION Course Information Class Times Unless otherwise specified, classes are conducted from 8 a.m. until 5 p.m. each day. A complimentary lunch and snacks during breaks are provided. (For on-demand customers, please note that your company provides the facility and any refreshments.) Check our website for the most current information on s and availability. Continuing Education Units (CEUs) SELU is recognized as an Accredited Provider (AP) by the International Association for Continuing Education and Training (IACET). In obtaining this accreditation, SELU demonstrates that it complies with the ANSI/IACET Standard, which is recognized internationally as a standard of good practice. As a result of its Accredited Provider status, SELU offers IACET CEUs for its programs that qualify under the ANSI/IACET Standard. Class Seating Capacity (depending on location) COM, PROT, PWRS, and SEC s: students APP, TST, and SYS s: 20 students Register Online Register for a prescheduled through the online registration process, and select your payment method, either credit card or purchase order (PO). For an on-demand training quote or general training questions, please contact SELU. We do not reserve seats until payment has been made. myselu Training Plan Before registering for your first SEL University, you must create a mysel account on selinc.com. That will automatically create a myselu training plan. Your myselu training plan is a record of SELU training you have purchased. When you purchase an SELU training, it will be added to your myselu training plan. If you do not register yourself, you will need to contact SELU to have the material added to your myselu training account. From this single location, you can: View and sort training you have completed and s in which you are enrolled. Access SELU online training in which you are enrolled. Access materials starting two weeks prior to the date (for SEL University classroom-based s). Access your elearning s. View your SELU transcript. 75

78 POLICIES Course Policies Course Fees Payment is in U.S. dollars, and fees are subject to change without notice. Enrollment is guaranteed when full payment is received. You will be placed on a waiting list if your registration does not include your payment. Credit card charges are applied at the time of purchase. Please make checks payable to Schweitzer Engineering Laboratories, Inc., and reference the number and date on the memo line. Confirmation Confirmation will be ed within 24 hours of registration (excluding weekends). You are responsible for your travel and lodging reservations. Please wait for receipt of confirmation before making any nonrefundable travel reservations. Additional Expenses Fees for regularly scheduled, classroom-based s include materials, refreshments for morning and afternoon breaks, and lunch each day. You are responsible for all other expenses, such as travel, lodging, breakfast, and dinner. Cancellation Policy Course cancellations may be made according to the following schedule: SEL is notified of the cancellation Refund 30+ days prior to start of 100% of registration fee days prior to start of 70% of registration fee <14 days prior to start of No refund Registered participants desiring to send a coworker in their place may send written requests to SELU before the first day of the. Changes SELU reserves the right to cancel any class or make changes in content, schedule, instructors, or facilities. SELU will not be responsible for any loss or damage arising directly or indirectly from cancellations or changes, and the student s recovery shall be limited to return of any previously paid registration fee. SELU will make all reasonable efforts to minimize the impact of any cancellation or changes to the student. 76

79 POLICIES Computer-Based Training (CBT) Licenses Corporate: A customer can purchase corporate CBT licenses to use on any corporate intranet or learning management system (LMS), with an unlimited number of users able to access the CBT for one year. SELU publishes files to SCORM or AICC standards, which are compatible with most LMSs. For additional questions on LMS requirements, please contact SELU. Single-User: Single-user licenses allow one user to access the CBT using a web connection for one year. Use of Confidential Information In the performance of the training and/or these terms, a party may receive documents, materials, data, and other confidential information of the other party. The receiving party shall use confidential information solely in performance of the training and any resulting business transaction between the parties. The receiving party shall use at least the same degree of care (and, in any event, not less than a reasonable degree of care) in protecting the disclosing party s confidential information as it exercises in protecting its own similar confidential information. Confidential information shall be subject to these terms for three years following receipt of such confidential information. Confidentiality obligations shall survive the termination of these terms. Video, audio, or any other recording methods of training are prohibited. Usage SELU reserves the right to terminate access to any training if it is determined that access is being abused. 77

80 TEXTBOOKS Modern Solutions Books For more than 30 years, SEL has created an impressive selection of power systems literature, including several important textbooks USD Order online at Spanish version bookstore. available. Modern Solutions for Protection, Control, and Monitoring of Electric Power Systems Edited by Héctor J. Altuve Ferrer and Edmund O. Schweitzer, III The most comprehensive work of its kind, this book consolidates into one volume new, modern solutions for protection, control, and monitoring of electric power systems. You ll find straightforward presentations and example applications of the following technologies: Time-synchronized protection, control, and monitoring. Wide-area protection and control using synchrophasors. Cybersecurity threats and security-in-depth tool kit. Distribution systems that deliver safe operation and rapid power restoration after faults. Transmission protection solutions that improve stability, detect power swings, and help you get the most out of your primary equipment. 78

81 TEXTBOOKS USD Order online at or Line Current Differential Protection: A Collection of Technical Papers Representing Modern Solutions Edited by Héctor J. Altuve Ferrer, Bogdan Kasztenny, and Normann Fischer This book addresses the design and application of line current differential (87L) protection, communications, and fault locating, from both the protection and communications perspectives. This book is a collection of technical papers written by industry experts, including research and development engineers, field application engineers, and protection and communications practitioners from several electric utilities. The book is suitable for protection, control, communications, and power system engineers, as well as decisionmaking personnel at electric utilities and industries. The papers are grouped in sections that cover the following topics: Line Current Differential Protection Principles introduces the reader to the 87L operation principles, design challenges, and solutions. Communications and Time Sources discusses communications and timing for 87L protection; reviews and compares various 87L channels; discusses channel requirements; and presents current data alignment methods and usage of external time sources in 87L schemes. Applications addresses common application considerations of 87L schemes. Fault Locating in Line Current Differential Relays reviews impedance-based and traveling wave fault-locating methods embedded in 87L relays. 79

82 TEXTBOOKS Stanley Zocholl Books Analyzing and Applying Current Transformers Stanley E. Zocholl Current transformers are used throughout the world as current transducers for protective relays in utility and industrial applications. Standard ratings and application guides deal with the steadystate behavior of current transformers. Despite the use of recommended rules applied to avoid transient saturation, it always occurs in certain critical relay applications. This book presents transformer concepts that provide the fundamentals to understand the nonlinear characteristics, accuracy ratings, and transient behavior of current transformers USD Order online at or at AC Motor Protection Stanley E. Zocholl AC motor protection presents a unique challenge to facility, maintenance, and protection engineers. Comprehensive motor protection requires knowledge of all the characteristics of the motor in operation. AC motors, induction or synchronous, require electrical, mechanical, and thermal models to determine the motor characteristics to provide optimized thermal and fault protection. Written for the practicing engineer, all of the steps necessary to develop this vital information are included in this concise book USD Order online at or at 80