To develop a model for the predictive analysis of structural members in a gas turbine unit and to demonstrate the possibilities for detecting defects and process failures during the GTU operation, prior to their occurrence.
Apply Clover PMM as a system for the diagnostics and forecast of the technical condition of equipment.
Input data: certificate characteristics, list of controlled parameters, description of the circuit diagram, piping and purging diagrams (with ICA specifications), telemetry data for 1 year of GTU operation.
Sequence of actions
- the historical data of the gas turbine operation has been analyzed
- the relevant parameters characterizing the GTU structural members are determined
- predictive models for the GTU structural members are developed using a set of mathematical algorithms
- time intervals with nominally normal GTU operation modes, which presumably had no defects, were determined to train models
Uneven heating of the turbine blades
Graphs of turbine exhaust T variance at 24 points over the period of March 2014
GT exhaust heat map for March, 2014
Diagram of pressure differential change on IAFU coarse filter for the period of March 2014 to December 2014.
Turbine bearing temperatre, GTU active power, GT speed change diagrams.
Oil tank T, generator active power, oil tank level, bearing lub oil T, and all GTU bearing T change diagrams.
- Inlet air filter unit
- Combustion chamber
- Power turbine
- Compressor bearing
- Turbine bearings
- Generator bearings
- Gearbox bearings