This invention relates to the field of
air conditioning and
refrigeration room control technology, and more particularly to a high-efficiency
intelligent control method for
air conditioning and
refrigeration rooms based on a DDC module. This invention analyzes the cooling and heat dissipation trends of the monitored
air conditioning and
refrigeration room using environmental parameters to determine if there is a risk of insufficient heat dissipation margin. It performs time-series
coupling analysis on each monitoring
optical path to mark characteristic monitoring optical paths. Based on the
transmitted light intensity parameters of each characteristic monitoring
optical path, it constructs several
optical path fluctuation curves to determine the deficiency tendency category of the monitored air conditioning and refrigeration room. Based on the deficiency tendency category, it determines the cooling optimization adjustment method for the monitored air conditioning and refrigeration room. This invention enables
rapid identification of whether there is a risk of insufficient heat dissipation in the monitored air conditioning and refrigeration room, and adaptively adjusts the cooling optimization method according to the actual situation of the monitored air conditioning and refrigeration room, improving the reliability of
intelligent control of the air conditioning and refrigeration room.