Author_Institution :
Sch. of Electron. & Inf. Eng., Jinggangshan Univ., Ji´´an, China
Abstract :
For the thermoelectric heat pump drying temperature control problems of nonlinear, considerable inertia and long time delay, etc., design a kind of sectional type temperature control system which is based on fuzzy control. To validate temperature system control performance, the improvement based on the analysis of traditional fuzzy control technology, conducted fuzzy piecewise type control experiment for resistance furnace based on conventional fuzzy control and interpolation algorithm. The results indicate that, comparison with conventional fuzzy control, based on the location of the interpolation algorithm of control algorithm can realize multi-channel and sectional type temperature control, which can effectively restrain the pure time delay of control system of the influence, and which has the advantages of small overshoot, high precision and good stability, etc.
Keywords :
delay systems; drying; fuzzy control; heat pumps; interpolation; microprocessor chips; nonlinear control systems; resistance furnaces; temperature control; thermoelectric devices; 89C51; fuzzy piecewise type control; inertia; interpolation algorithm; multichannel temperature control; nonlinear control; resistance furnace; sectional type temperature control system; temperature system control performance; thermoelectric heat pump drying temperature control system; time delay; Algorithm design and analysis; Delay effects; Fuzzy control; Heat pumps; Heating; Temperature measurement; Single Chip Microcomputer (SCM); Temperature Control; Thermoelectric Heat Pump Drying;
