Prepare yourself for the engineering challenges of tomorrow with our comprehensive Generator Protection Scheme Designing Training Course. This in-depth program is meticulously designed to provide you with the essential skills and insights needed to excel in the ever-evolving field of generator protection scheme design.
Our Generator Protection Scheme Design Training Course blends technical theory with practical application, ensuring you understand not only the “how” but the “why” behind complex protection schemes. Learn to navigate ETAP, the industry-standard software for designing generator protection schemes, and apply your knowledge to real-world scenarios.
With the guidance of our seasoned industry professionals, you’ll delve into the heart of generator protection scheme design. You’ll discover how to create efficient and reliable systems, ensuring the safe operation of generators and the prevention of blackouts.
Whether you’re a new engineer building your skillset or an experienced professional aiming to update and refine your knowledge, our course is tailored to meet your needs. With our Generator Protection Scheme Design Training Course, you’ll gain the confidence to design robust protection schemes using ETAP, setting you apart in the competitive field of electrical engineering.
Don’t wait to shape your future. Enroll in our Generator Protection Scheme Design Training Course today and unlock your full potential in the exciting world of generator protection.
Related: Microgrid Training
Generator Protection Scheme Design Training Course Content
- An Introduction to Alternators and Induction Generators
- Faults condition in high voltage Generator
- Stator Faults-Protection Scheme
- Rotor Faults-Protection Scheme
- Faults condition in high voltage Generator
- Causes and Protection for Loss of Excitation
- Causes and Protection for Loss of Synchronization/Out of Step
- Causes and Protection for Overvoltages Protection from Overloading Unbalanced Load effects and Protection from Overloading
- Islanding and Protection plan
- Control Schemes • Case study of a 120MW Combine cycle Power Plant
- Mechanical Faults (Alarm and Trip arrangement)
Trainer
The trainer has +16 years of field-based experience
Training Dates
12 to 15 Jan 2023, 4 days Session-Online
Duration
3-4 hrs. /Day
Timing
06:00- 09:00 PM every day
Payment
Full Advance for the individual- Self-sponsored (Advance payment transition)
PO- For companies sponsored delegates (cross cheque in favour of industrial mentors)
Course Features
- Complete Training session recordings.
- The Certificate.
- A lot of Literature, standards, and papers.
- Case Studies for practice.
- Will handle all queries and questions.
- Future Support in case of queries.