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Predictive control of ventilating system driven by synchronous motor
By: Lianbing Li; Hexu Sun; Yan Dong;
2001 / IEEE / 0-7803-7233-6
Description
This item was taken from the IEEE Conference ' Predictive control of ventilating system driven by synchronous motor ' In this paper, a novel control method-multiple feedback predictive control is developed to apply to the ventilating system of a coal mine driven by a synchronous motor. The control strategy is proposed firstly for complex ventilating system as the cascaded industrial processes divided by a computer monitor system. It breaks the traditional control method of ventilating systems and avoids the problem of modeling for the complex system. Research results indicate that the new method can solve automation control of ventilating system on a coalmine and provides stronger robustness and better performance to reject the disturbance. The predictive control to electrical drive system of the ventilating system on a coal mine can solve one kind of control problem of complex industrial objects. It is more significant for modern production and ventilating safety.
Related Topics
Synchronous Motor Drives
Predictive Control
Machine Control
Coal Mine
Ventilating System
Predictive Control
Cascaded Industrial Processes
Robustness
Disturbance Rejection
Predictive Control
Synchronous Motors
Control Systems
Automatic Control
Electrical Equipment Industry
Industrial Control
Feedback
Computer Industry
Computer Displays
Automation
Ventilation
Mining
Feedback
Engineering
Synchronous Motor Drive