Abstract
As for the characteristics of strong nonlinearity and model uncertainty of gas internal combustion generator, an additional throttle controller based on extended state observer (ESO) and terminal sliding mode control is proposed in this paper on the basis of gas internal combustion generator’s main speed controller. After tracking the system states and uncertainty in the system mode as well as the external disturbance by using extended state observer, additional throttle controller is designed on the basis of terminal sliding mode control theory. The simulation result of an one machine-infinity bus system shows that the controller has good control effect and robustness, which will effectively improve the performance of gas internal combustion generator speed control system.
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