TURBO GENERATOR

DESCRIPTION

Reliability of turbine generators is important to economic operation of power plants. Approximately 50% of generator failures are caused by stator and rotor windings. Failures of major generator components requires long repair times which results in significant power generation loses. The first step in prevention of generator faults is proper training and education on the winding function, recognition of winding problems and adoption of cost effective maintenance for personnel responsible for generator operation.

OBJECTIVE

The course focuses on large steam and gas turbine driven synchronous generators with cylindrical rotors, rated 11kV and above. Discussion will concentrate on stators and rotors and will cover:

• Winding design and function
• Most winding degradation and failure modes and mechanisms
• Assessment of winding condition from off-line tests and on-line monitoring
• Range of available repair and replacement options
• General guide in preparation of Stator Winding Specification

The course is presented from an end user perspective, rather than that of a machine designer.

WHO SHOULD ATTEND

This course is directed at engineering and maintenance personnel responsible for the purchase, installation, maintenance, testing and repairs of large air-cooled and hydrogen-cooled turbine-generators.

COURSE AGENDA

• Introduction
• Stator Winding design and construction
• Stator Winding failure descriptions
• Stator Winding off-line testing and on-line monitoring
• Stator Winding repair processes
• Rotor Winding design and construction
• Rotor failure
• Rotor Winding testing and monitoring
• Rotor repair processes
• Stator core construction
• Stator core failure mechanisms
• Stator core testing Stator core repair

 INSTRUKTUR       

Ir. Y. Agus Jayatun, MT & Team / Ir. Syahbardia, MT  & Team