Scott M Schaberg, Age 45401 Rivanna Ln, Greenville, SC 29607

2009017, Jul 9, 2009

Jan 8, 2008

11/971007

Jonathan Carl Thatcher - Liberty SC, US
Scott Schaberg - Greenville SC, US
Mark Disch - Simpsonville SC, US

GENERAL ELECTRIC COMPANY - Schenectady NY

F02C 9/00

60773, 701100, 703 7

A method for controlling and modeling a turbine is provided. The method may include modeling the turbine by a primary adaptive turbine model that includes at least one primary operating parameter and modeling the turbine by an alternate adaptive turbine model that includes at least one alternate operating parameter. The method may also include determining a first output value from the primary adaptive turbine model that corresponds at least in part to the operation of the turbine based on a primary control strategy and adjusting the alternate operating parameter or parameters based on an alternate control strategy and based at least in part on the first output value. The method may further include determining comparison data based at least in part on a comparison between the primary control strategy and the alternate control strategy.

2012007, Mar 22, 2012

Sep 21, 2010

12/886947

Scott Michael Schaberg - Simpsonville SC, US
David Spencer Ewens - Greer SC, US
Paul Jeffrey Mitchell - Greenville SC, US

GENERAL ELECTRIC COMPANY - Schenectady NY

F04D 15/00

415 1, 415 47

A method, system, and computer program for turbo-machine temperature control is presented. The method includes: receiving an exhaust temperature (T) parameter, a firing temperature (T) parameter, and a combustor temperature rise (T) parameter of the turbo-machine during operation using a computing device; comparing the Tparameter, the Tparameter, and the Tparameter to corresponding T, T, and Toperational boundaries of the turbo-machine using the computing device; and creating an action in response to at least one of: the Tparameter exceeding the Toperational boundary, the Tparameter exceeding the Toperational boundary, and the Tparameter exceeding the Toperational boundary for a user.

2018025, Sep 13, 2018

Mar 8, 2017

15/453399

- Schenectady NY, US
Trevor Valder Jones - Greenville SC, US
Daniel Joseph Flavin - Simpsonville SC, US
Scott Michael Schaberg - Simpsonville SC, US
Kelly Marie Kurylo - Greer SC, US

F02C 9/26
F02C 3/04
F02C 7/228
G05B 19/042

A non-transitory computer readable storage medium storing one or more processor-executable instructions wherein the one or more instructions when executed by a processor of a controller, cause acts to be performed is provided. The acts to be performed include controlling a fuel split to a combustor of a gas turbine utilizing automatic tuning and switching control of the fuel split to the combustor of the gas turbine to utilizing an adjusted fixed fuel split schedule instead of automatic tuning. The adjusted fixed fuel split schedule includes a fixed fuel split schedule adjusted via a biasing value, and the biasing value is based on both the fixed fuel split schedule and an automatic tuning based fuel split.

2017024, Aug 31, 2017

Feb 29, 2016

15/056409

- Schenectady NY, US
Steven William Backman - Simpsonville SC, US
Scott Michael Schaberg - Simpsonville SC, US
Trevor Valder Jones - Greenville SC, US

F01K 11/02
F01K 13/02
F01K 13/00

A system may include a gas turbine system. The gas turbine system may include a compressor, such that the gas turbine system may produce exhaust gas in an exhaust outlet when generating electricity. The system may also include a heat recovery steam generator (HRSG) that may use the exhaust gas to create steam, a manifold system configured to couple compressed air in the compressor to the exhaust outlet, and a controller configured to send a command to the manifold system to couple the compressed air to the exhaust outlet when a temperature of the exhaust gas is above a threshold.