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POWER SYSTEMS COURSES - $13.99 Only

Abdur Rehman is an experienced professional with over 8 years of experience in the Utilities industry with a particular focus on Power Systems operation, protection and System studies.He has always been passionate about education and his dedication to the development of General PAC platform that is the key motivation behind these courses.

Power System 100 MCQ's - Series 1

To excel as an Electrical Power Systems Engineer, one should have a brief understanding of common electrical engineering concepts. For this, we made 100 MCQ in the form of video with explanation on Fault Analysis, Power Quality, Electrical Transients, TCCs and Substations. You will also find practice tests to check your knowledge. After going through these FAQs, your electrical knowledge will be enhanced, also it will help in clearing interviews and entrance exams of electrical power system firms.

Course Description

Protection & Coordination Fundamentals

In this course, you will learn how most North American electric utilities and energy providers protect their overhead and underground systems using HV circuit breakers, reclosers, pad-mount interrupting switches, single phase overhead interrupting devices, and old-fashioned fuses.

This course has 11 videos and 1 hour of content. The technical topic covers short circuit and coordination fundamentals with distribution protective devices and end with a conversation about “Distribution Automation” and “Fault Locating, Interrupting, Service Restoration” (FLISR) schemes.

Course Description

Power Transformer Fundamentals

This course will teach you all the fundamentals of Power Transformer. We will start from very basics: introducing transformer winding connections Delta Wye and Wye Wye, how voltage and current quantities are related by phasor diagram and methods to represent each transformer connection. In addition, you will build a strong concept on circulating currents and voltages. This module consists of three parts, each building upon your knowledge based on previous ones.

Course Description

Power System Analysis Fundamentals

This course will cover all the fundamentals of Power system analysis. We will start from very basics: principles of Balanced systems, how power factor affects the performance of systems and techniques which we can employ to improve the power factor. In addition, you will build a strong concept on per unit systems and load flow analysis.

Course Description

Power System Protection Fundamentals - Series1

When we think about the operation, construction and components used in Power System. The most important factor which may lead to sever damage when neglected is the protection of Power System. Power System protection is the most essential and crucial study of Electrical Power System which deals the different schemes for power system protection. This course aims to teach you all the fundamentals of Power System Protection in much detail.

This is Part 1 of Power System Protection Fundamentals series. In this part, we will discuss the most tedious and complex theory of symmetrical components that are found in different types of faults. We will also cover the requirements needed to design protective devices and the applications of these devices through a schematic diagram. In next part, we will analyze the effects of all types of faults in power system along with the easy hand on calculations. To develop your strong concept on fault analysis we will discuss how faults can be identified by analyzing waveforms.

Course Description

Power System Protection Fundamentals - Series2

This is Part 2 of Power System Protection Fundamentals series. In this part, we will analyze the effects of all types of faults in power system along with the easy hands-on calculations. To develop your strong concept on fault analysis, we will discuss how faults can be identified by analyzing waveforms. In the previous part, we discussed the most tedious and complex theory of symmetrical components that are found in different types of faults. We also covered the requirements needed to design protective devices and the applications of these devices through a schematic diagram.

Course Description

Power Systems Engineering - Vlog1

In this course, I took few AllumiaX blogs and turned them into uniquely presented, multi-part, bite-sized vlog series that will keep you engaged and allow you to go at your own pace. With these vlogs, my ability to converse will break all barriers and allow me to truly convey my experience through highly refined explanations. I will be explaining different concepts and solutions to complex issues that we have dealt with in power system studies. I will be sharing my expertise and perspective, honed by years of experience within the field to help you understand and truly grasp the different aspects within power system studies. I hope you'll join me in this Vlog and benefit from it.

The topic discussed are:

  • Electrical Transients in Power Systems.
  • Electric Substations - How do they work ?
  • TCC Curve for Selective Coordination.
Course Description

Importance of Power Quality in Power Systems

In this course, we're going to talk about the importance of power quality in the power systems, causes of poor power quality, common power quality issues and parameters, effects of poor power quality on the power system, power quality standards and power quality improvement techniques in details.

This course has 10 videos with 1+ hours of content. This course is for electrical engineering students, electrical engineers, instrument engineers, power system designers, safety engineers and individuals who are interested in Power System domain.

Course Description

IEEE 1584-2018 | Guide for Performing Arc Flash Calculations

This course is for qualified electricians, professional engineers, EITs, drafters, equipment reps, suppliers, and distributors. This course is also useful for facility engineers and managers, utility personnel, and individuals who are interested in Arc Flash study domain.

Course Description

Current Transformer Fundamentals

Current transformer holds great significance in power systems. They are used for metering and analyzing the electric current in powerhouses, grid stations, industries, control rooms etc. But are you aware of the actual concept and working of a current transformer? Where do we use current transformers? What is the polarity of a current transformer? What are different possible connections for a current transformer? Do you understand the model of a current transformer? All the details will be explained in the best possible way here.

Course Description