Installing, Programming & Commissioning of Power System Protection Relays
Introduction:
The continuity of the electrical power supply is very important to consumers especially in the industrial sector. Protection relays are used in power systems to maximize continuity of supply and are found in both small and large power systems from generation, through transmission, distribution and utilization of the power. A good understanding of their application, operation and maintenance is critical for operating and maintenance personnel.
In this course, you will cover a thorough understanding of the capabilities of power system protection relays and how they fit into the overall distribution network. It will also cover the calculation of fault currents, selection of appropriate relays and relay coordination as well as configuring and setting of some of the commonly used types of protection relays used in industry. The strengths and weaknesses of the latest microprocessor (or numerical) relays as compared to the older electromechanical relays will be outlined. You will also gain a solid appreciation of how the modern relay communicates not only to the central SCADA system but also between them resulting in a truly multifunctional system which includes protection, control and monitoring. Finally, you will gain a solid understanding of issues of reliability and security for the modern relay.
Course Objectives:
By the end of this course delegates will be able to:
Who Should Attend?
Electrical engineers and technicians, electrical maintenance engineers, technicians and supervisors, electricians, field and service technicians, instrumentation engineers and technicians, design engineers, plant operators, project engineers, managers, engineers and technicians
Course Outline:
Basics of Power System Protection
· Requirements of protection in an electrical system
· Reliability, dependability and security
· Types of faults, Evaluation of short circuit currents
· Fault calculations in simple circuits
· Earth faults and role of system earthing
· Characteristics of protective relaying
· Sensitivity, selectivity, stability and speed
· Protection using fuses
· Protective relay/release and circuit breaker combination
· Instrument transformers and their application in protection systems
Relays and Their Development
· Types of protective relays (DMT and IDMT)
· Electromechanical and static relays
· Microprocessor and numerical relays
· IDMT characteristics expressed as a mathematical function
· Comparison of electromechanical/ static and numerical relays
· Key features: Flexibility/reliability/communications/SCADA interface
· Cost, Integrated protection and control
Protection Coordination
· Time and current grading, Application of time and current grading
· Grading using IDMTL characteristics, Better grading through numerical relays
Typical Block Diagram of Numerical Protection Relay
· Typical block diagram, Hardware and software architecture
· Sampling interval, Extension of capabilities of relays in numerical design
· From individual protection relays to a complete protection management system
· Structure of the Intelligent Electronic Device (IED)
· Configuring substation automation using IEDs
Types of Numerical Protection Systems and Principles
· Functional protection relays, Equipment protection systems with multiple functions
Configuration of Numerical Relays
· Setting approach in conventional relays, Configuring numerical relays
· Configuration security through passwords
· Protection settings as a part of configuration
· Methods adopted for setting numerical relays
Communication Aspects of Numerical Protection Devices
· Setting up a substation automation system using the communication capability of numerical relays
· Problems of compatibility between vendors, DNP3 communication standard
· The new substation standard IEC 61850, Logical grouping of functions
· Intercommunication using GOOSE, Using IEC with Unified Modelling Language (UML)
| Code | From | To | City | Fee | |
|---|---|---|---|---|---|
| EE22 | 02 Feb 2020 | 13 Feb 2020 | Jeddah | US$ 7000 | Book |
| EE22 | 19 Apr 2020 | 30 Apr 2020 | Alexandria | US$ 6500 | Book |
| EE22 | 01 Jun 2020 | 12 Jun 2020 | Hong Kong | US$ 9000 | Book |
| EE22 | 23 Aug 2020 | 03 Sep 2020 | Salalah | US$ 7000 | Book |
| EE22 | 19 Oct 2020 | 30 Oct 2020 | Sydney | US$ 9500 | Book |
| EE22 | 27 Dec 2020 | 07 Jan 2021 | Alexandria | US$ 6500 | Book |
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Certificate of Completion will be provided to the candidate(s) who successfully attend and complete the course. Training hours attendance percentage of 75% is required.
Standard course hours: 8:30 A.M. to 3:30 P.M. Informal discussions: 4:30 P.M. to 5:30 P.M.
We use a blend of interactive and hands-on methods, active participation, a variety of instructional techniques, dynamic presentations, individual and group exercises, in depth discussion, DVD’s, role-plays, case studies, examples. All of the information, competencies, knowledge and skills acquired within our training programs, are 100% transferrable to the participants’ workplace.
Pre-Test and Post-Test Assessment are applied on 5-day and 10-day programs. Also, post course evaluation and candidate’s evaluation are applied to add another level of quality measurement. Candidates’ feedback is highly appreciated to elevate the training service quality.
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F- Higher discount rates will be offered based on work volume with different clients.
A- One extra free seat is offered on 4 candidates on the same course and dates.
B- Two extra free seats are offered on 6 candidates on the same course and dates.
C- Three extra free seats are offered on 8 candidates on the same course and dates.
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If a confirmed registration is cancelled less than 5 working days prior to the course start date, a substitute participant may be nominated to attend the same course or a 20% cancellation charge is applied. In case of a no-show, a 100% fee will be charged.
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