This is a two-day course.
Course Base Fees: $1,200 USD
After a refresher of power system faults and protection concepts, PROT 415 provides an in-depth study of incremental-quantity-based line protection elements. The course also covers traveling-wave protection elements and schemes in detail. Finally, the course covers fault-locating methods, including the new, highly accurate methods based on traveling waves launched by faults.
This course is intended for utility transmission protection engineers and power system consultants who need a comprehensive understanding of the new ultra-high-speed time-domain line protection principles and applications.
- Power System Faults
- Transmission Line Overview
- Relaying Fundamentals
- Class Exercise: Relaying Fundamentals
- Instrument Transformers
- Class Exercise: Instrument Transformers
- Line Directional Overcurrent, Distance, and Pilot Protection
- Incremental-Quantity Protection Elements
- Traveling-Wave Protection Elements
- Fault Locating
At the conclusion of this course, students can:
- Describe the need for fast fault clearing.
- Identify the limitations of phasor-based protection.
- Describe the challenges and solutions of line time-domain protection.
- Discuss power line models.
- Describe signal processing in microprocessor-based relays.
- Discuss current and voltage transformers and their impact on line time-domain protection performance.
- Describe incremental-quantity protection elements.
- Describe traveling-wave protection elements.
- Discuss traveling-wave fault locating.
Student Background and Knowledge
Before you attend this class, we recommend that you have a degree in electrical engineering or equivalent experience. In addition, we recommend that you complete PROT 401: Protecting Power Systems for Engineers and PROT 407: Transmission Line Protection OR have the following:
- Familiarity with transmission line characteristics.
- A basic knowledge of protective relay design, symmetrical components, fault analysis, and power system protection.
- A working knowledge of trigonometry, basic calculus, complex numbers, and phasor concepts.
Click here to view our recommended reading on these topics:
- Electric circuit analysis
- Power systems that cover symmetrical components, fault analysis, and electrical transients in power systems