The invention discloses a multi-factor
coupling ganoderma lucidum environment digital twinborn regulation and control method oriented to high-yield requirements, particularly relates to the technical field of intelligent cultivation of edible mushrooms, and is used for solving the problems of equipment action oscillation and recessive
physiological stress caused by physiological response
hysteresis of
ganoderma lucidum in an existing environment regulation and
control system.
Carbon dioxide concentration and illumination intensity predicted values are generated in real time by constructing
ganoderma lucidum growth digital twins, and an
oxidative stress mark is activated by combining
hypha respiratory entropy matching degree analysis and an
active oxygen accumulation curve; when the matching degree exceeds a threshold value and
oxidative stress exists, a metabolic overload
signal is generated, and whether the
carbon dioxide predicted value is in a physiological
hysteresis interval or not is judged;
delay compensation and metabolic overload suppression coefficient adjustment are performed on the
carbon dioxide predicted value in the
delay interval; and finally, inputting the compensated
carbon dioxide value and the illumination prediction value into an environment factor coordination rule base, generating a ventilation opening degree and light supplementing power instruction to drive execution equipment, and ensuring the morphological development stability of the sporocarp and the synthesis efficiency of the
active component.