(Elsevier, 1998) Camacho, Eduardo F.; Berenguel Soria, Manuel; García-Martín, F.J.; Rubio Rodríguez, Francisco; Universidad de Sevilla. Departamento de Ingeniería de Sistemas y Automática
This paper presents an adaptive control system for controlling the temperature of a solar furnace, which is a high solar concentrating facility made up of heliostats tracking the sun and reflecting solar radiation onto a static parabolic concentrating system at the focal spot of which a high percentage of the solar energy collected by the collector system is concentrated in a small area. A large attenuator (shutter) placed between the collector system and the concentrator serves to control the amount of solar energy used for heating the samples placed at the focal spot. The paper shows the results obtained in the application of adaptive PI controllers to a solar furnace, incorporating feedforward action, anti-windup and slew rate constraint handling mechanisms.
