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Technical Programs

Electrical System Protection Coordination

This program will provide participants basic capabilities to perform  electrical network power System Analysis/Studies,   a necessary  part in  electrical power system design, that includes  load flow analysis, short circuit analysis, and protection coordination are necessary to verify  the electrical system integrity prior to implementation.  This program will also introduce participants on how to apply such studies using power system analysis software.

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What you will learn from this program:

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Explain and describe  the  principles of load flow analysis, short circuit analysis and protection coordination

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Analyze and examine theories, formulas and techniques for power system analysis: per-unit calculations, symmetrical components, and fault calculations

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Interpret and perform short circuit analysis and voltage drop calculations and analyze the use of protective devices: fuse, circuit breaker and overcurrent relays

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Review the  basic  considerations for protection, including data gathering, fault calculations, equipment and safety

Module 1

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Objectives of the program

To learn the fundamentals of protection coordination, load flow analysis, short circuit analysis and learn how protection coordination is performed using a power system software.

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Learning outcomes per topic

To learn the fundamentals of protection coordination

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Topics to be discussed

Fundamentals of protection coordination

Module 2

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Objectives of the program

To learn the fundamentals of protection coordination, load flow analysis, short circuit analysis and learn how protection coordination is performed using a power system software

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Learning outcomes per topic

To learn the fundamentals and calculation methodology of load flow analysis

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Topics to be discussed

Load flow analysis

Module 3

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Objectives of the program

To learn the fundamentals of protection coordination, load flow analysis, short circuit analysis and learn how protection coordination is performed using a power system software

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Learning outcomes per topic

To learn the fundamentals and calculation methodology of short circuit analysis

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Topics to be discussed

Short circuit analysis

Module 4

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Objectives of the program

To learn the fundamentals of protection coordination, load flow analysis, short circuit analysis and learn how protection coordination is performed using a power system software

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Learning outcomes per topic

To learn the process of protection coordination using a power system software 

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Topics to be discussed

Protection coordination using power system software

This program is for:

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Electrical Engineers

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Mechanical Engineers

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Engineering Students

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Electrical Technicians

This program is accredited by:

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Top Courses

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Electrical System Protection Coordination


Power System Analysis are an essential part of electrical power system design. Load flow analysis, short circuit analysis, and protection coordination are necessary to verify that the electrical system including the system components, are correctly specified to perform as intended, withstand expected stress, and be protected against failures.


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Electrical Safety in the Workplace for Mission Critical Facilities


This program will discuss the Electrical Safety-related work practices necessary to prevent workplace accidents. The program involves topics on preservation and protection of both the workers and the physical assets in the workplace hence, promoting a safe and healthy environment.


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Arc Flash Risk Assessment


Proper implementation of Arc Flash Risk Assessment can significantly reduce injuries from Arc Flash and Arc blast events.


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Other Courses

  • Distance Protection

    In the first session of the program, we will discuss the basic measurement principle and construction of the distance protection. Distance protection is a complex protection and basic understanding of the protection makes the user extremely comfortable in working with this complex protection. This 2- hour webinar provides a good insight on the construction of the distance protection and some basic application criteria. This webinar will enable the protection engineers to feel extremely comfortable with the complex protection. Understanding the complexity of the protection increases system reliability and increases the productivity of the test engineers. 


    In the second 2-hour session we will concentrate mainly of testing and protection evaluation aspect. The meaningful testing of the complex digital protection will be discussed using the commercially available power system simulators. 


    Use of ComTrade data in protection evaluation will be discussed in detail. Learn more here.

  • Insulation Power Factor Training for Power Transformer

    This course provides participants  with current methods and procedures used internationally, on predictive, periodic or condition based maintenance  (condition base is - on line diagnostics and monitoring).


    The course is for substation maintenance staff or less experienced in power transformer tresting , or an experienced maintenance technical staff.  This program will also cater to advanced test engineer to learn new concepts in power transformer testing, oil recycling or oil filtering concept, and basic results interpretation. The course will also focus on issues related to causes of bushing breakdown, arresters, oil, impedance, leakage reactance and most of all short circuits rating a transformer can withstand. Learn more here.

  • Introduction to Partial Discharge Testing

    This training program will provide participants Introduction to basic application of Partial Discharge Testing in HV Electrical Assets in the substation.  This program will show how to measure, and how large  a partial discharge in a system? The partial discharge measurements also show the PD testers, how to use them show the   surge tests and PD spikes. Learn more here.

  • Competency Training on Power Quality and Harmonics

    This training is focused on  power quality issues that affects  the electrical system’s operations, more importantly when harmonic frequencies and its harmonic current and voltage affect the Distribution System that contributes to losses.  The Grid Code requires, commercial, highrise residential buildings,  industrial plants, and Utilities to comply within the  Standards.  The increasing demand and applications of non-linear load in industries nowadays greatly affects the quality of the power system.  This program will enhance the knowledge and practices of facility managers, maintenance and technical people at site and more importantly to save energy. Learn more here.

  • Fundamentals of Protective Relay

    Power system - Protective Relaying, in an electrical network  protects the electrical  system of a plant or any facility and it  requires analysis, calibration, troubleshooting on any unusual changes, faults, and disturbances. This seminar will cover  Protective relaying in power generation, transmission, distribution and large loads, furthermore, it will also provide a strong foundation of basic applications and advances in protective relaying that is very useful in planning, operating, and managing electric power systems. Learn more here.

  • Mechanical Integrity of Power Transformers using Sweep Frequency Response Analyzer

    This program provide participants a  comprehensive information on the diagnostic methodologies to evaluate the mechanical integrity of power  transformers. It will discuss the  basic principles of diagnostic assessments  with the use of sweep frequency response analyzer  and includes field case studies.

    This will also provide technical and maintenance  staff to determine some components of power transformer when internal parts had been affected by faults or when the unit is in transit and fell to the ground. Learn more here.


  • Thermal Imaging on Power Assets

    The program will provide participants on how to develop skills in measuring temperature of electrical assets, such as, power transformers, panels, switchgears, busduct, power cables, transformers enclosures, etc.  


    This thermal imaging program is developed for non-certification program, however participants would be able to use its thermal imaging camera effectively and with confidence.  Interpretation of results will also be discussed during hands on lecture.  Many have learned from this hands-on program and does not require certification to learn how to measure temperatures at different assets. Learn more here.

  • Digitalization of AVRs for Power Generators

    This training program will enhance the participant’s knowledge on power  generators or large motors in analyzing  analogue or digital automatic Voltage Regulators improve the power generator voltage output. or  for short  called  “AVR” – automatic voltage regulator, that controls desired & precise voltage, var and power regulation output. It is designed to regulate voltage output  automatically on power generators,  in example,  to take a fluctuating voltage level and turn it into a constant voltage level. Learn more here.

  • Dissolved Gas Analysis in Transformer Insulating Oil

    This seminar enhances a better understanding on how transformer insulating oil reacts after long use and for maintenance management and its technical team prepare for its maintenance programs.  This will also guide non chemist staff at site understand on how to read insulating oil analysis, specifically DGA and Oil Quality tests. Learn more here.

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