About This Course

This course focuses on using ETAP (Electrical Transient and Analysis Program)
software for designing, analyzing, and optimizing protection systems.
ETAP is a powerful tool used in power system studies, and this course equips
protection engineers with the skills needed to effectively utilize ETAP for relay
coordination, protection device settings, and fault analysis.

NOTE: This training is based on ETAP 22 & Software will be available fo practicing

Who Should Attend The Course

Mr. Barrie Moor Principal Engineer at Power System Protection Training, Australia.With 39 year’s experience in the Queensland electricity supply industry, our principal engineer, the seminar author and presenter, Barrie Moor, was involved in the design, coordination and implementation of protection schemes associated with Queensland’s HV and EHV transmission systems since 1981.Barrie also has extensive experience with the protection of large generating plants having had responsibility for the protection of generators at many of Queensland’s major power stations.
Download The Details

Know About Your Trainer

Dr. Saeed Roostaee has Experience in Protection Relay IEDs, Substation Automation, IEC 61850 and Training Industry. Strong quality assurance professional with Ph.D. in Electrical Engineering from JMI (A central University), New Delhi, India. Expert in: DIGSI 4; DIGSI 5; OMICRON Test Universe; IEC 61850 System Configurator; SEL ACSELERATOR QuickSet; ETAP; PSCAD; OMICRON IEDScout; SIPROTEC 5; SIPROTEC 4; SEL Relays; OMICRON CMC; RTDS; Vizimax IEC 61850 Merging unit.

Highlights: Research in power system automation, specifically in substation automation, Power system protection, and smart grid Published more than technical 20 papers and E-books in the area of SAS, IEC 61850, and protection system Experimental works in: Protection relays (SEL and Siprotec products) Protection Relay test kit (OMICRON CMC-256 Plus) IEC61850 tools (IEDScout, IEC61850 configurator, GOOSE Air, and Merging Unit and IEC 61850-9-2) Knowledge based websites developed for researchers. trainee engineers, industry personals and students (www.FB.com/IEC61850 (with more than 3500 followers), www.Elec-Engg.com and www.ProtectionRelay.ir) to share the experienc- es Workshops, Tutorials and lectures Substation Automation Design and Configuration using IEC 61850 Devices Investigation and Design of Communication Requirements for SAS and Analysis of IEDs Data Research on protocol testing, and implementation.

Course Outline:

• Substation automation and protection
• System Numerical relay IEDs
• Power system protection
• What do we want to protect?
• Function of protection system
• Task of protection system
• Requirements on system protection
• The protection Chain
• CT
• PT
• Relay
• Primary protection
• Backup protection
• Reasons for failure of primary protection
• Methods of back up protection
• Relay back up
• Breaker back up
• Remote back up
• Time grading back up
• Duplication principle
• Definition of protection zones
• Concept of overlapping zones
• Example on determining protection zones

Day TWO

POWER SYSTEM FAULTS, FAULT
CRITERIA, AND PROTECTION
ELEMENTS

• Power system faults types
• Power system faults statistics
• Faults in overhead transmission
lines
• Faults in generator
• Faults in transformer
• Faults in motors
• Typical Fault criteria
• Overcurrent I>
• Earth-current IE>
• Current unbalance
(negative sequence current I2>)
• Undervoltage U<
• Overvoltage U>
• Over- and Under-frequency
• Leakage (Differential) current
• Under impedance Z<

PROTECTION SLD &
PANELS

• Protection elements in a
numerical relays IEDs
• Single Line Diagram
• Protection Single Line Diagram
• Trip table
• Protection diagram understanding

DAY THREE

GENERATORPROTECTION

• Generator Grounding • REG670 Hardware • Analoge inputs config • Binary inputs and outputs config • Genrator protection function config • ANSI 87G Generator Diff Protection • ANSI 40G Under excitation • ANSI 78 Pole Slip • ANSI 46 Negative Sequence • ANSI 51V Overcurrent voltage dep • ANSI 59 over voltage • ANSI 27 under voltage • ANSI 21G Generator Impedance protection • ANSI 32R Reverse Power protection • ANSI 50/70 Inadverent energization protection • ANSI 64 Earth Fault • ANSI 81o over frequency • ANSI 81U under frequency • ANSI 24G Over fluxing protection • Trip matrix

DAY FOUR

TRANSFORMER PROTECTION

• Transformer Faults • Differential Protection • Restricted Earth Fault Protection • Thermal overload Protection • Over-excitation Protection • Overcurrent protection • Earth fault protection • Under and over voltage protection • Transformer Protection Schemes • Sample transformer relay configuration

BUSBAR PROTECTION

• Busbar Protection Introduction • Bus configuration • Busbar Differential Protection • Protection Zones • Single busbar protection • 1 and 1/2 CB bus protection • Double Busbar protection • 7SS85 Hardware • SIP5 7SS85 Device Selection • 7SS85 Hardware • SIP5 7SS85 Device Selection • 7SS85 Online Configurator • Centralized BB Config Procedure • 7SS85 Config Centralized Sample • Sample Centralized BB Config • Disconnector Image • Check Zone • End-Fault Protection in Busbar relay • Circuit Breaker Failure in Busbar relay • Sample busbar relay configuration

SEND US YOUR QUERY

Online Register Now
Facebook Twitter Linkedin Whatsapp Instagram