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ASME 1976 International Gas Turbine and Fluids Engineering Conference | 1976

Field Experience With the Pace Control System

Roy W. Kiscaden; Milton M. Hobbs; Kermit Richard Wescott

The Westinghouse PACE 260 combined cycle control system was first shipped to the field January 1973. It was shipped to the Comanche Site of Public Service of Oklahoma, at Lawton, Okalhoma, Fig. 1, to control the Westinghouse prototype combined cycle plant. Since then, nine other PACE 260 control systems have been shipped to other combined cycle plant sites. The PACE control system was a new system controlling a new process, the combined cycle. Problems were experienced and problems were solved. At this date, all the control system functions, both analog and digital, have been field tested and are functioning. This paper discusses the experiences at the installed PACE 260 combined cycle plants which were on line producing megawatts at the time this paper was written. The sites are: Dos Bocas and Gomex Palacio in Mexico for the Mexico Commission Federal de Electricidad; El Paso, Texas for El Paso Electric; and Comanche for Public Service of Oklahoma. Changes were made to the process, to primary sensors, final control elements and to the control system. This paper discusses some of these changes, the reason for them, and the effects of implementing them.Copyright


Archive | 1973

Gas turbine and steam turbine combined cycle electric power generating plant having a coordinated and hybridized control system and an improved factory based method for making and testing combined cycle and other power plants and control systems therefor

Lyle F. Martz; Roy W. Kiscaden; Robert Uram


Archive | 1974

Combined cycle electric power plant having an improved digital/analog hybrid gas turbine control system

Terry J. Reed; Roy W. Kiscaden


Archive | 1979

System and method for accelerating and sequencing industrial gas turbine apparatus and gas turbine electric power plants preferably with a digital computer control system

Robert A. Yannone; Roy W. Kiscaden


Archive | 1974

Synchronization system for a combined cycle electric power plant

Joseph F. Barrett; Roy W. Kiscaden


Archive | 1973

Digital computer control system and method for monitoring and controlling operation of industrial gas turbine apparatus to drive simultaneously an electric power plant generator and provide exhaust gases to an industrial process

Roy W. Kiscaden; Robert A. Yannone


Archive | 1975

Combined cycle electric power plant with coordinated plural feedback turbine control

Roy W. Kiscaden; Lyle F. Martz; Robert Uram


Archive | 1991

Apparatus and method for combustion turbine generator overfuel limiting

Milton M. Hobbs; Roy W. Kiscaden; Kermit Richard Wescott


Archive | 1978

Acceleration monitoring system for protecting gas turbine against damaging operation at resonant speeds

Roy W. Kiscaden; Kermit Richard Wescott


Archive | 1974

Smooth and highly responsive gas turbine temperature limit control especially useful in combined cycle electric power plants

Joel M. Anderson; Kermit Richard Wescott; Milton M. Hobbs; Roy W. Kiscaden

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