This paper presents the transient responses of indoor temperature and the energy consumptions of various feedback control schemes for a typical semiconductor cleanroom. The control schemes include ON/OFF, PID, ANN and MPC controls with saturation capa...
This paper presents the transient responses of indoor temperature and the energy consumptions of various feedback control schemes for a typical semiconductor cleanroom. The control schemes include ON/OFF, PID, ANN and MPC controls with saturation capabilities. Control block diagrams with the platform of MATLAB/Simulink are developed for an indoor temperature control with constant humidity ratio in the cleanroom. The simulation results showed that the properly tuned PID control scheme with saturation was more energy efficient than the other schemes were. However using ANN and MPC controllers would give the faster response with comparison to PID controllers and give the zero overshoot output.