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MODEL-BASED COORDINATED AIR-FUEL CONTROL FOR A GAS TURBINE

机译:燃气轮机的基于模型的协调空气燃料控制

摘要

A coordinated air-fuel controller and associated method provide a fuel controller, a combustion air controller and a steady-state air versus fuel model. The fuel controller generates a fuel control output signal and the combustion air controller generates a combustion air control output signal. The fuel controller determines a preliminary fuel control signal based on at least one of first and second loop control signals, and determines the fuel control output signal based on the preliminary fuel control signal. The steady-state air versus fuel model processes the preliminary fuel control signal to determine an expected steady-state combustion air control signal. The combustion air controller determines a preliminary combustion air control signal based on at least one of a third loop control signal and a fourth loop control signal, and determines the combustion air control output signal based on the preliminary combustion air control signal and the expected steady-state combustion air control signal.
机译:协调的空燃控制器和相关联的方法提供了燃料控制器,燃烧空气控制器和稳态空气对燃料模型。燃料控制器产生燃料控制输出信号,而燃烧空气控制器产生燃烧空气控制输出信号。燃料控制器基于第一和第二回路控制信号中的至少一个确定初步燃料控制信号,并且基于初步燃料控制信号确定燃料控制输出信号。稳态空气对燃料模型处理初始燃料控制信号以确定预期的稳态燃烧空气控制信号。燃烧空气控制器基于第三回路控制信号和第四回路控制信号中的至少一个来确定初步燃烧空气控制信号,并基于初步燃烧空气控制信号和期望的稳定空气来确定燃烧空气控制输出信号。状态燃烧空气控制信号。

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