What You Will Learn!
- Basics of over current protection
- Definite time over current protection
- Instantaneous over current protection
- Inverse time over current protection
Description
Dear All,
In the dynamic world of electrical power systems, the reliability and safety of the grid are paramount. Ensuring that electrical networks remain operational and secure is a complex challenge. Power system protection and relaying play a crucial role in maintaining the integrity of these systems, preventing damage, and safeguarding both equipment and lives. To master the intricacies of power system protection and relay applications, we offer a comprehensive online training program that covers a wide range of topics, equipping you with the knowledge and skills needed to excel in this field.
Course Description: Our online training in Power System Protection and Relays is designed to provide a deep understanding of various aspects of protection systems, fault detection, and relay applications within electrical power networks. This program is suitable for engineers, technicians, and professionals working in the power industry or anyone looking to enhance their expertise in electrical power system protection.
Course Outline:
Faults and Over Current Relay Application: Understand the fundamentals of electrical faults and the role of overcurrent relays in detecting and mitigating them.
Attributes of Protection System: Explore the essential attributes that a protection system should possess to ensure grid reliability.
Current Transformer: Learn the importance of current transformers in relaying accurate current information to protection devices.
Continuous and Short-Time Current Ratings: Study the concepts of continuous and short-time current ratings in power system equipment.
Design and Protection Requirements: Explore the design considerations and protection requirements for various elements within a power system.
Short Circuit MVA and Short Circuit Current Calculations: Gain proficiency in calculating short circuit MVA and short circuit currents to assess system robustness.
Fault MVA and Fault Loop of Network: Understand fault MVA and fault loop calculations for comprehensive protection.
Fuses: Examine the functionality of fuses and their applications in overcurrent protection.
Conventional Non-Fusing and Fusing Current: Differentiate between conventional non-fusing and fusing current protection methods.
Miniature Circuit Breaker: Learn about miniature circuit breakers and their role in electrical protection.
Types of Over Current Relays: Explore various types of overcurrent relays, their applications, and characteristics.
Relay Pickup, Plug Setting, and Plug Setting Multiplier: Understand the concepts of relay pickup, plug settings, and multipliers for precise relay operation.
Instantaneous Over Current Relay: Study instantaneous overcurrent relays and their characteristics in protection systems.
Time and Current Discriminations: Explore time and current discrimination techniques for effective fault detection.
Characteristics of Instantaneous Over Current Relay: Dive into the characteristics of instantaneous overcurrent relays and their applications.
Definite Time Over Current Relays: Learn about definite time overcurrent relays and their advantages.
Inverse Time Characteristics: Understand the principles of inverse time relaying and its significance in protection.
Inverse Definite Minimum Time Relays: Explore the intricacies of inverse definite minimum time relays for adaptive protection.
How to Calculate Inverse Time Relay Operating Time: Master the calculations for operating times in inverse time relays.
Combine Characteristics and Choice Between IDMT and DMT: Discover how to combine characteristics and make informed choices between IDMT and DMT relays.
Directional Over Current Relay: Learn about directional overcurrent relays and their role in protecting specific network segments.
Sensitive Earth Fault Protection and Core Balance CTs: Explore sensitive earth fault protection techniques and the use of core balance CTs.
This comprehensive online training program is structured to provide you with the knowledge and practical skills needed to excel in the field of power system protection and relays. Whether you are a seasoned professional or just beginning your career in electrical power systems, this course will empower you with the expertise to make critical decisions, design effective protection systems, and ensure the reliability of power networks. Join us in this exciting journey to become a proficient power system protection expert.
Best Regards
Who Should Attend!
- Students, technicians, engineers