Michael T. Zimmer - Brookfield WI Richard J. Kakoczki - Waukesha WI James A. Davis - Ripon WI Jerrold A. Pratt - Eagle WI Edward O. Reinbold - Waukesha WI
Assignee:
Dresser Industries, Inc. - Dallas TX
International Classification:
F01K 2306
US Classification:
60602
Abstract:
An electronic turbocharger control system for an internal combustion engine is provided to control at least one turbocharger by controlling a bypass valve and a wastegate in response to the engine speed, engine load, ambient temperature, and the operating environment's barometric pressure wherein the turbocharger is controlled to operate within predetermined islands of efficiency on a pressure ratio versus mass airflow map thereby allowing the adaptation of one turbocharger assembly for various applications. The method and apparatus provides improved engine efficiency and increases low speed torque.
Turbocharger Control Management System Throttle Reserve Control
Edward O. Reinbold - Waukesha WI James R. Zurlo - Shorewood WI James A. Davis - Green Lake WI Dennis W. Moss - Waukesha WI Mark J. Carls - Eagle WI William D. Briggs - Waukesha WI
Assignee:
Waukesha Engine Division, Dresser Equipment Group, Inc. - Dallas TX
International Classification:
F02D 2300
US Classification:
60602
Abstract:
A controlled power system and method for an internal combustion engine having a turbocharger controls the engine to vary differential pressure across the throttle, delta P, throttle reserve, according to a predetermined throttle reserve profile relative to at least one engine parameter.
Michael T. Zimmer - Brookfield WI Richard J. Kakoczki - Waukesha WI James A. Davis - Ripon WI Jerrold A. Pratt - Eagle WI Edward O. Reinbold - Waukesha WI
Assignee:
Dresser Industries, Inc. - Dallas TX
International Classification:
F02B 3344
US Classification:
606051
Abstract:
An electronic turbocharger control system for an internal combustion engine is provided to control at least one turbocharger by controlling a bypass valve and a wastegate in response to the engine speed, engine load, ambient temperature, and the operating environment's barometric pressure wherein the turbocharger is controlled to operate within predetermined islands of efficiency on a pressure ratio versus mass airflow map thereby allowing the adaptation of one turbocharger assembly for various applications. The method and apparatus provides improved engine efficiency and increases low speed torque.
Michael T. Zimmer - Brookfield WI Richard J. Kakoczki - Waukesha WI James A. Davis - Ripon WI Jerrold A. Pratt - Eagle WI Edward O. Reinbold - Waukesha WI
Assignee:
Dresser Industries, Inc. - Dallas TX
International Classification:
F02D 2300
US Classification:
60600
Abstract:
An electronic turbocharger control system for an internal combustion engine is provided to control at least one turbocharger by controlling a bypass valve and a wastegate in response to the engine speed, engine load, ambient temperature, and the operating environment's barometric pressure wherein the turbocharger is controlled to operate within predetermined islands of efficiency on a pressure ratio versus mass airflow map thereby allowing the adaptation of one turbocharger assembly for various applications. The method and apparatus provides improved engine efficiency and increases low speed torque.
Michael T. Zimmer - Brookfield WI Richard J. Kakoczki - Waukesha WI James A. Davis - Ripon WI Jerrold A. Pratt - Eagle WI Edward O. Reinbold - Waukesha WI
Assignee:
Dresser Industries, Inc. - Dallas TX
International Classification:
F02B 3344
US Classification:
606051
Abstract:
An electronic turbocharger control system for an internal combustion engine is provided to control at least one turbocharger by controlling a bypass valve and a wastegate in response to the engine speed, engine load, ambient temperature, and the operating environment's barometric pressure wherein the turbocharger is controlled to operate within predetermined islands of efficiency on a pressure ratio versus mass airflow map thereby allowing the adaptation of one turbocharger assembly for various applications. The method and apparatus provides improved engine efficiency and increases low speed torque.
Engine Controller And Methods For Controlling Emission And Power Generation System Using The Same
- Schenectady NY, US Maruthi NarasingaRao DEVARAKONDA - Waukesha WI, US William Collins VINING - Schenectady NY, US Edward Owen REINBOLD - Hayward WI, US Dipankar DEB - Ahmedabad, IN
International Classification:
F01N 3/20 F02D 41/26 F01N 3/10
Abstract:
A method for controlling an emission amount in an exhaust gas stream emitted from a power generation system is presented. The method includes determining a pre-catalyst emission level using a combustion engine model. The method further includes determining a post-catalyst emission level using a three-way catalyst model based on the pre-catalyst emission level. Furthermore, the method includes determining an adjusted post-catalyst emission level based on the post-catalyst emission level. Moreover, the method includes determining a difference between the post-catalyst emission level and the adjusted post-catalyst emission level and comparing the difference with a threshold value. Additionally, the method includes determining whether to adjust an actual value of an engine operating parameter based on the comparison such that the emission amount in the exhaust gas stream is maintained below an emission regulatory limit. An engine controller and a power generation system employing the method are also presented.