Active composite control method for power consumption of large-scale refrigeration equipment based on information entropy and expert group decision-making
In response to the problem of slow response speed in the active composite control method for power consumption of large refrigeration equipment,an active composite control method for power consumption of large refrigeration equipment was designed.Analyze the power consumption of large-scale refrigeration equipment under different states,and construct a power consumption model for large-scale refrigeration equipment;Define the information entropy of power consumption output data,determine the output indicators of the control system and the changing parameters of the equipment;Combining expert group decision-making and membership functions,analyze the relationship between dynamic error and control accuracy of refrigeration equipment power consumption control,and design a composite control algorithm;Consider the steady-state error of the control method,set control rules,and achieve active composite control of the power consumption of large refrigeration equipment.The experimental results show that the response time of the design method is 20 ms,the response speed is faster,and it has good application effect and performance in practical applications.
information entropyexpert group decision-makinglarge-scale refrigeration equipmentcomposite control method
NETL
NSTL
万方数据
