Generator Protection (PROG106) Protection principles
| Duration | 
|---|
| 3 days | 
| Who should attend? | 
|---|
| Technicians and engineers of control engineering consulting firms, project management heads, and operation. | 
What will I learn from this course?
- Understand generator protections context and environment
 
Topics
- Reminder on the element to be protected: generator functioning and conception principles
 - Applications: faults which can alter the functioning of the element to be protected
 - Principles, protection techniques
 - Machines stability
 - Generator-transformer block protection
 - Trigger matrices
 - Measurement sensors associated with protections
 - Presentation of the GE Vernova solutions for the generator’s protection
 - MiCOM P34x and MX3IPG generator protections introduction
 - Field case study and demo with a protection
 
Learning path
| Prerequisites | PROG106 | Next Step | 
|---|---|---|
| Electro-technical and mathematical basis | 100% theoretical | PROP122 | 
Generator Protection (PROG106) Protection principles
| Duration | 
|---|
| 3 days | 
| Who should attend? | 
|---|
| Technicians and engineers of control engineering consulting firms, project management heads, and operation. | 
What will I learn from this course?
- Understand generator protections context and environment
 
Topics
- Reminder on the element to be protected: generator functioning and conception principles
 - Applications: faults which can alter the functioning of the element to be protected
 - Principles, protection techniques
 - Machines stability
 - Generator-transformer block protection
 - Trigger matrices
 - Measurement sensors associated with protections
 - Presentation of the GE Vernova solutions for the generator’s protection
 - MiCOM P34x and MX3IPG generator protections introduction
 - Field case study and demo with a protection
 
Learning path
| Prerequisites | PROG106 | Next Step | 
|---|---|---|
| Electro-technical and mathematical basis | 100% theoretical | PROP122 |