Generator Protection Fundamentals for Engineers

Source: https://www.udemy.com/course/generator-protection-fundamentals-for-engineers/

What you’ll learn

Understand the objectives and fundamentals of generator protective relaying systems.
Identify stator winding faults and apply suitable earth-fault protection methods.
Design generator earth-fault protection using single relay and restricted earth-fault schemes.
Apply earth-fault protection schemes for base-load, standby, and mains-connected generators.
Evaluate earth-fault protection requirements for paralleled and non-paralleled generator systems.
Explain the principles of generator differential protection using Merz-Price balanced schemes.
Apply biased differential protection to improve stability and fault discrimination.
Design differential protection for generator-transformer units, including interposing CTs.
Perform relay setting calculations for generator-transformer differential protection.
Understand neutral grounding methods using NGRs and NGTs and their protection impact.
Assess limitations of earth-fault protection and achievable stator winding coverage.
Implement 100% stator earth-fault protection schemes for generators.
Apply under/overvoltage, frequency, and negative sequence protection for generators.
Compare protection schemes for single generators and multiple generators in parallel operation.

Requirements

Basic understanding of electrical engineering fundamentals (voltage, current, power, AC systems)
Familiarity with generators and power system components is recommended but not mandatory
Ability to read single-line diagrams and basic protection schematics
No prior experience in protective relaying is required — concepts are explained step by step
Suitable for engineers, technicians, Licensed Electrical Workers, and power system professionals seeking practical knowledge