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[Power System Automation Technology] 1.Power System Automatic Devices
#ICT# #IOT#

Lesson Code: TCEN2024G017

Clicks：
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Academic Hours
4.00hours
Publish Date
Nov 2024

Lecturer

1. Lecturer: LIU Qingping, Jiangxi Electric Vocational&Technical College

2. Lecturer: LUO Qiang, Jiangxi Electric Vocational&Technical College

3. Lecturer: ZHOU Jinli, Jiangxi Electric Vocational&Technical College

4. Lecturer: XI Xiaoqing, Jiangxi Electric Vocational&Technical College

General Introduction
This course aims to equip trainees with a solid understanding of the basic principles and implementation methods of power system automatic devices, as well as the primary functions of these devices. It lays a necessary foundation for trainees to engage in the installation, commissioning,
and operational maintenance of automatic devices after graduation. Furthermore, the course ensures that trainees can keep up with industry developments, fosters innovative thinking, and enhances their ability to solve complex engineering problems, thereby meeting the diverse demands of the future workplace.

This Course is for
● Helping trainees master the function, basic requirements, charging and discharging conditions, and operation of automatic power switch devices.
● Enabling trainees to understand the tasks and basic requirements of synchronous generator excitation systems.
● Teaching trainees to grasp measures for reactive power and voltage regulation.
● Enabling trainees to comprehend the frequency characteristics of power systems and the working principles of under-frequency load shedding.

Learning Materials

● Corresponding PPT
● Online Course Video
● Simulation Question Tanks

Recognized By

Benefits of Learning

● Being able to independently consult relevant electrical engineering manuals to obtain the necessary technical information and data.
● Capable of independently completing the testing, installation, commissioning, operational management, and maintenance of Automatic Power Switch Devices (APD).
● Knowing the tasks and basic requirements of synchronous generator excitation systems.
● Being able to master measures for reactive power and voltage regulation.
● Capable of understanding the frequency characteristics of power systems and the working principles of under-frequency load shedding, and being able to independently complete the commissioning, operational management, and maintenance of under-frequency load shedding systems.
● Being able to continuously track and explain the latest developments and applications in smart grid technology and renewable energy grid integration using the correct methods.

Courses Videos
1.1 the Role of Automatic Input Device for Backup Power Supply play 1.2 Basic Requirements of Automatic Input Device for Backup Power Supply play 1.3 the Charging Conditions of the Incoming Line BZTplay 1.4 the Discharging Conditions of the Incoming Line BZTplay 1.5 the Action Process of the Incoming Line BZTplay 2.1 Overview of Excitation System of Synchronous Generator play 2.2 Tasks of Generator Excitation Control System (I)play 2.3 Tasks of Generator Excitation Control System (II)play 2.4 Basic Requirements for the Excitation Systemplay 3.1 Reactive Power and System Voltageplay 3.2 Power System Voltage Regulation Measuresplay 3.3 Power System Voltage Regulation Equipmentplay 3.4 AVC, AVR and AGCplay 3.5 Automatic Voltage Control Systemplay 4.1 The Necessity of Frequency and Active Power Control in power system play 4.2 Overview of Frequency Characteristics of Power Systemplay 4.3 the Power-frequency Characteristic of Power System Load play 4.4 the Power-frequency Characteristic of Generatorplay 4.5 Frequency Characteristic of Power Systemplay 4.6 the Working Principle of Automatic Low- frequency Load Shedding Device (I) play 4.7 the Working Principle of Automatic Low- frequency Load Shedding Device (II)play

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