Generator and Transformers Protection Relays
Select Other "city & date"
Generator and Transformers Protection Relays Course
Introduction:
The significance of generating/transformer units in terms of economic viability and system reliability cannot be overstated, whether they are connected to the national power grid or operating within industrial facilities. The design of protective relays, which play a crucial role in ensuring the safe operation of these units, varies among manufacturers and continually evolves, particularly with the introduction of solid-state technology.
However, the fundamental applications of protective relaying remain consistent, regardless of specific designs or trends. Therefore, this course does not focus extensively on design aspects, as they are best covered by the manufacturer's own information. Instead, the course emphasizes the importance of understanding the role and application of protective relays in maintaining system reliability and economic efficiency.
Course Objectives:
Attendant trainees will be able to…
- Understand the fundamentals of electrical power protection and applications for generator & Transformer units.
- The ability to perform simple fault and design calculations.
- Knowledge of the different fault types.
- Practical knowledge of protection system components.
- Knowledge of how to perform simple relay settings.
- Knowledge of maintenance management of the protection system.
- Know to define the main power system safety.
- Understand the ability to transfer the "Data" to be technical "Skill".
- Understand the "Culture" of Power System Protection.
Who Should Attend?
- Junior Electrical engineers.
- Electrical Technicians.
- Field Technicians.
- Electricians.
Course Outlines:
· Introduction and general Philosophies.
· Fundamental Units: Per Unit and Percent Values.
· Phasors& Polarity.
· Symmetrical Components: A Review.
· Relay Input Sources.
· Protection Fundamentals & Basic Design Principles.
· System-Grounding Principles.
· Generator Protection / Intertie Protection for distribution Generation.
· Transformer, Reactor, and Shunt Capacitor Protection.