This invention discloses a
cold chain intelligent storage allocation
system based on a dynamic logical grid. The
system includes: a grid adaptive generation module for dynamically determining the width of logical grid cells and virtually dividing shelves based on historical data; a heat prediction module for predicting the heat level of products; a
location allocation engine for performing multi-objective weighted scoring on idle grid intervals based on space compactness, heat zone matching degree, and expiration urgency to select the optimal storage location; and an inventory binding and automated interaction module for associating information and generating equipment instructions. This invention eliminates the need for physical tracks and achieves dynamic, high-precision
adaptation and intelligent allocation of
cold chain product storage space through a pure
software system, significantly improving warehouse space utilization, storage and retrieval efficiency, and expiration
management level.