The application relates to the technical field of
automatic control, and particularly discloses an adaptive pressure regulation
system for a secondary
fermentation process of sparkling
wine, which comprises a sensing and collecting module, a
feature extraction module, an adaptive decision module and a collaborative control module. The scheme introduces a model reference
adaptive control and single
neuron PID fusion strategy, realizes real-time self-tuning of controller parameters, dynamically adjusts the control behavior according to uncertain factors such as the change of
yeast activity and temperature fluctuation in the
fermentation process, effectively suppresses overshoot while ensuring response speed, and significantly improves the steady-state precision and dynamic quality of
pressure control; through the organic combination of conflict detection,
edge computing, closed-loop feedback and quantitative evaluation, the secondary
fermentation of sparkling
wine is upgraded from single-tank independent control to multi-tank intelligent
collaboration, the control precision is ensured, the
system response speed,
resource utilization efficiency and
scalability are significantly improved, and a complete technical solution is provided for large-scale and high-quality sparkling
wine production.