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Provided by: Last Minute Training Effective Industrial Application of Generator and Excitation SystemsElectrical Engineering |
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Objective
To provide participants with the technical background and guidelines in the selection and application of the generator and excitation system in an industrial plant.
After Participating In This Seminar, You Will Be Able To:
Select generator and excitation system for best performance in your application
Apply neutral grounding
Use your improved knowledge about turbo-generators
Benefit from system integration concepts and procedures
Increase safety of your system with your skills in power protection
...Among many other things
To provide participants with the technical background and guidelines in the selection and application of the generator and excitation system in an industrial plant.
After Participating In This Seminar, You Will Be Able To:
Select generator and excitation system for best performance in your application
Apply neutral grounding
Use your improved knowledge about turbo-generators
Benefit from system integration concepts and procedures
Increase safety of your system with your skills in power protection
...Among many other things
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Training
Provided by Last Minute Training
Effective Industrial Application of Generator and Excitation Systems
Faculty: Robert Jeffreys, B. Sc., P. Eng
Day I
Registration And Coffee
Introduction And Welcome
Preview Of The Course
Generator Rating And Parameters
Generator basics, types and capacity
Transient response of generators
Selection criteria - pros and cons
Capability chart, and V curves for excitation
Excitation System
Excitation basics and types
Salient features
Brushless excitation system
Static excitation system
Voltage regulating system
Exciter specifications
Neutral Grounding Considerations
Objective of generator neutral grounding
Types; solid, high resistance, low resistance, reactance
Selection criteria and equipment selection
Grounding of turbine-generator shaft
Protection Considerations
Instrument transformers
Relay selection criteria and setting considerations
Suggested settings and protection schemes
Trip logic
Start-Up, Synchronizing, And Loading
Interaction of various elements of the speed
control and the excitation system
Description and parameters
Manual and auto-synchronising scheme
Integration Into The Power System
Different schemes; unit connected system, use of a
generator breaker, higher reactance, fault current limiters
and reactors
Adjournment
Day II
Plant Power System And Utility Interface
Main transformer winding arrangement and connections
Utility requirements for isolation, metering, maximum
demand charge
Protection criteria
System Disturbances And Islanding
Impact of faults on utility transmission systems
Performance criteria for plant electrical equipment
Steps to improve stability, load shedding, typical islanding schemes
Induction Generator
Basic characteristics
Selection criteria
Variable speed and voltage for wind turbines
Protection requirements and schemes
Control system reaction to dynamic and
steady-state faults
Station Auxiliaries
Typical auxiliary system single-line diagrams
Design criteria
Short circuit calculations
Hands-On Exercises
Participants work on case study examples under
instructor guidance
Detect, analyse and repair operating problems with
generators
Common deficiencies in power plant design
Concluding Remarks And Final Adjournment
Day I
Registration And Coffee
Introduction And Welcome
Preview Of The Course
Generator Rating And Parameters
Generator basics, types and capacity
Transient response of generators
Selection criteria - pros and cons
Capability chart, and V curves for excitation
Excitation System
Excitation basics and types
Salient features
Brushless excitation system
Static excitation system
Voltage regulating system
Exciter specifications
Neutral Grounding Considerations
Objective of generator neutral grounding
Types; solid, high resistance, low resistance, reactance
Selection criteria and equipment selection
Grounding of turbine-generator shaft
Protection Considerations
Instrument transformers
Relay selection criteria and setting considerations
Suggested settings and protection schemes
Trip logic
Start-Up, Synchronizing, And Loading
Interaction of various elements of the speed
control and the excitation system
Description and parameters
Manual and auto-synchronising scheme
Integration Into The Power System
Different schemes; unit connected system, use of a
generator breaker, higher reactance, fault current limiters
and reactors
Adjournment
Day II
Plant Power System And Utility Interface
Main transformer winding arrangement and connections
Utility requirements for isolation, metering, maximum
demand charge
Protection criteria
System Disturbances And Islanding
Impact of faults on utility transmission systems
Performance criteria for plant electrical equipment
Steps to improve stability, load shedding, typical islanding schemes
Induction Generator
Basic characteristics
Selection criteria
Variable speed and voltage for wind turbines
Protection requirements and schemes
Control system reaction to dynamic and
steady-state faults
Station Auxiliaries
Typical auxiliary system single-line diagrams
Design criteria
Short circuit calculations
Hands-On Exercises
Participants work on case study examples under
instructor guidance
Detect, analyse and repair operating problems with
generators
Common deficiencies in power plant design
Concluding Remarks And Final Adjournment
About The Training Provider: Last Minute Training
Last Minute Training - Last Minute Training Corp. works similar to last minute discounted travel. We sell training seminars at deep discounts on a last minute basis. If you want to save 30 - 60 off high quality training seminars and have the flexibility to attend with only a few days notice check out our website and see if the training you are looking for is on sale. While your there set up and free account...
