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2018•IOP Conference Series Earth and Environmental ScienceOpen access

Application and Research of Fuzzy PID Control in Resistance Furnace Temperature Control System

Y Zhang, L Li, Zengfang Wang, Tuohan Xiao, Jinxia Huang

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Abstract

The resistance furnace temperature control system has the characteristics of large time delay and large inertia, etc. The traditional PID control method is not ideal. Therefore, a fuzzy PID control method is proposed, which can adjust PID parameters in real time according to temperature deviation and temperature deviation rate. The simulation experiment shows that the control method can make the furnace temperature control system faster in dynamic response, more robust, more precise and steady, smaller and overshoot, stronger in anti disturbance and better in control effect.

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What this paper is about

The resistance furnace temperature control system has the characteristics of large time delay and large inertia, etc. The traditional PID control method is not ideal. Therefore, a fuzzy PID control method is proposed, which can adjust PID parameters in real time according to temperature deviation and temperature deviation rate. The simulation experiment shows that the control method can make the furnace temperature control system faster in dynamic response, more robust, more precise and steady, smaller and overshoot, stronger in anti disturbance and better in control effect.

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Available abstract

The resistance furnace temperature control system has the characteristics of large time delay and large inertia, etc. The traditional PID control method is not ideal. Therefore, a fuzzy PID control method is proposed, which can adjust PID parameters in real time according to temperature deviation and temperature deviation rate. The simulation experiment shows that the control method can make the furnace temperature control system faster in dynamic response, more robust, more precise and steady, smaller and overshoot, stronger in anti disturbance and better in control effect.

Key concepts: PID controller, Control theory (sociology), Overshoot (microwave communication), Temperature control, Inertia, Control system, Fuzzy control system, Computer science

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