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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mastering-transformer-stability-test/
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课程名称：电力变压器稳定性测试：先进技术 课程概述：欢迎参加电力变压器稳定性测试的综合在线培训。本课程旨在为电气工程师和专业人士提供关于电力变压器稳定性测试各个方面的深入知识和实践见解，由经验丰富的行业专家授课。 讲师介绍：您的讲师拥有超过21年的操作维护、装置、测试、项目管理、顾问、监督、变电站自动化、SCADA和调试等领域的经验。他的背景涵盖了发电厂、高压变电站和高压直流（HVDC）装置，曾与西门子沙特阿拉伯等知名组织合作。他参与过超过20个高压变电站项目，经验遍及巴基斯坦和沙特阿拉伯。他的专业知识跨越了保护系统、变电站自动化系统、电力生成系统设计、测试与调试、高压开关设备、保护继电器和控制方案等多个领域。拥有成功领导测试和调试团队的记录，为工业客户（包括钢铁和石化行业）实施电气基础设施项目。 课程内容： 1. 理解电流互感器（CT）及其工作原理：学习电流互感器的基本原理及其在电力系统中的作用，探索CT在不同场合的各种应用和配置。 2. 多核和多比率变压器：深入了解多核和多比率变压器的复杂性，理解其设计、工作原理及在电力系统中的应用。 3. CT极性标记点符号与P1 P2、S1 S2标记：了解CT极性标记点符号的重要性以及P1、P2、S1和S2标记在CT的正确安装和操作中的意义。 4. 理解一次电流和二次电流的流动：探讨变压器中一次电流与二次电流流动的原理，理解这些电流之间的相互关系。 5. 差动保护区与故障类型：学习差动保护区的概念，理解内部故障、外部故障、通过故障及差动和限制接地故障方案。 6. 差动保护中的相位角、比率及零序补偿：探索在变压器差动保护方案中，相位角、比率和零序补偿的概念。 7. 变压器稳定性测试的计算与回顾：深入研究变压器稳定性测试的复杂性，包括相关的计算和方法，分析实际现场测试结果，以了解其实际应用。 通过本课程，您将受益于讲师的丰富经验和实用见解，确保对电力变压器稳定性测试的全面了解。
Welcome to the comprehensive online training on Power Transformer Stability Testing. This course is designed to provide electrical engineers and professionals with in-depth knowledge and practical insights into various aspects of power transformer stability testing, led by an experienced industry expert, Trainer Introduction:Your trainer brings over 21 years of experience in operation & maintenance, erection, testing, project management, consultancy, supervision, substation automation, SCADA, and commissioning. With a background spanning power plants, high voltage substations, and HVDC installations, he has worked with renowned organizations such as Siemens Saudi Arabia. He has been involved in over 20 high-voltage substation projects across Pakistan and Saudi Arabia.His expertise encompasses a wide range of areas including protection systems, substation automation systems, design, testing, and commissioning of power generation systems, high voltage switchgear, protection relays, and control schemes. He has a proven track record of leading testing and commissioning teams for implementing electrical infrastructure projects for industrial clients, including steel and petrochemical industries.Course Description:Understanding Current Transformers (CTs) and Their Working: Learn the fundamentals of current transformers, their principle of operation, and their role in electrical systems. Explore various applications and configurations of CTs in different settings.Multi-Core and Multi-Ratio Transformers: Delve into the complexities of multi-core and multi-ratio transformers, understanding their design, operation, and applications in power systems.CT Polarity Marking Dot Notation and P1 P2, S1 S2 Marking: Gain insights into CT polarity marking dot notation and understand the significance of P1, P2, S1, and S2 markings for proper installation and operation of CTs.Understanding the Flow of Primary and Secondary Currents: Explore the principles governing the flow of primary and secondary currents in transformers, and understand how these currents are interrelated.Zone of Differential Protection and Fault Types: Learn about the zone of differential protection and gain an understanding of internal and external faults, through faults, and differential and restricted earth fault schemes.Phase Angle, Ratio, and Zero Sequence Compensation in Differential Protection: Explore the concepts of phase angle, ratio, and zero sequence compensation in the context of differential protection schemes for transformers.Transformer Stability Test Calculation and Review: Dive into the intricacies of transformer stability testing, including calculations and methodologies involved. Analyze real-world field test results to understand practical implications.Throughout this course, you will benefit from trainer's extensive experience and practical insights, ensuring a comprehensive understanding of power transformer stability testing.
