The Essentials of Capacitor Banks: Connections, Calculations and Relay Protection

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Price

$28.45

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Course Description

This course is one of the essential courses for electrical engineers. It explains the theory behind capacitor banks, their series and parallel connections, protection and much more. The course is based on the use of capacitor banks in the field.

The course consists of 8 lessons in 1 hour 41 min.

Why in series connection capacitance decreases but still, they are used in the field? This question and many others are answered in this course. You will learn the advantages of capacitor banks as well as the important concept of the current transformer and the meaning of its primary and secondary values.

This course answers the most common questions related to capacitor banks:

Do capacitors provide fixed MVAR all the time?
How to discharge a capacitor, charging and discharging of the capacitor, time constant.
Checking relationship among capacitance, charge, and voltage applied.
How to calculate voltage rise when a capacitor is switched on?
How capacitors are connected in capacitor banks?
How to apply unbalance voltage and current protection schemes?
How to calculate phase overcurrent, earth fault, and neutral current displacement relay settings of capacitors?

Course Summary

Introduction
Capacitor Bank Connection Methods
Calculating Short Circuit MVA
Calculation of Voltage Rise of Switched on Capacitor Bank
Phase and Neutral Overcurrent Relay settings

Requirements

Basics of electrical concepts

Who Is This Course For

Practicing power system engineers
Substation engineers
Maintenance staff
Electrical engineering students planning on pursuing a career in power engineering
Power System Protection Engineers
Under Graduated

Downloadable course materials

After purchasing the course, students can download the following documents:

Capacitor Application Issues (PDF)
Shunt capacitor bank applications and protection fundamentals (PDF)
Spreadsheet for calculating the size of a capacitor for power factor improvement (XLS)
SquareD – Selecting capacitor size spreadsheet (XLS)
Using capacitors to regulate the voltage in electrical networks (PDF)

Course Content

1. Introduction

2. Capacitor Bank Theory

3. Capacitor Connections

4. Capacitor Bank Connection Methods

5. Advantages of Capacitor Bank

6. Calculating Short Circuit MVA and Current of Transformer

7. How to Calculate Voltage Rise When Capacitor Bank is Switched On

8. Phase and Neutral Overcurrent Relay Settings of Capacitor Bank

9. Download Materials (PDF, XLS)

About Instructor

Muhammad Kashif

Muhammad Kashif Shamshad is an Electrical Engineer and has more than 17 years of experience in operation & maintenance, erection, testing project management, consultancy, supervision, and commissioning of Power Plant, GIS, and AIS high voltage substations ranging up to 500 kV HVAC & ±660kV HVDC more than 10 years experience is with Siemens Saudi Arabia. He completed over 20 high voltage substation projects, Operation & Maintenace of Substation & Power plants in Pakistan and Saudi Arabia for different electric utilities including Saudi Electricity Company (SEC), Saudi Aramco, SABIC, Marafiq, National Transmission & Despatch Company (NTDC), WAPDA, and K-Electric. Also, he led testing and commissioning teams to implement electrical infrastructure projects for many types of industrial clients (Steel, Petrochemical, etc.) in both countries, Pakistan and Saudi Arabia.

14 Courses