NOVELTY - Intelligent shallow geothermal energy low temperature grain storing system comprises ground source heat pump air-conditioning subsystem, data collecting subsystem, multi-sensor data fusion system, depot monitoring parameter optimization and control sub-system, dynamically recording thermal processing parameter self-adapting and comprehensive evaluation system, and multiple sub base wheel switching intermittent operation system. The air conditioner of earth source heat pump system includes buried pipe heat exchanger, condenser, compressor, evaporator, and expansion valve.    USE - Intelligent shallow geothermal energy low-temperature grain storage system.    ADVANTAGE - The system has high efficiency, is intelligent, has human computer interaction, and is energy-saving and environment-friendly.    DETAILED DESCRIPTION - Intelligent shallow geothermal energy low temperature grain storing system, comprises ground source heat pump air-conditioning subsystem, data collecting subsystem, multi-sensor data fusion system, depot monitoring parameter optimization and control sub-system, dynamically recording thermal processing parameter self-adapting and comprehensive evaluation system, and multiple sub base wheel switching intermittent operation system. The air conditioner of earth source heat pump system is composed of buried pipe heat exchanger, condenser, compressor, evaporator, expansion valve, cooling water pump, freeze water pump, terminal of central air conditioner and dehumidifier. The compressor by a copper pipe is connected with the condenser. The expansion valve is connected to the outlet. The other end of the expansion valve is connected with the evaporator inlet. Evaporator outlet is connected with the compressor. The evaporator inlet and outlet are respectively connected with two ends of terminal of central air conditioner. The condenser inlet and outlet are respectively connected with two ends of underground pipe heat exchanger. The cooling water pump is the power source cooling water circulation, chilled water pump. The dehumidifier is used as air conditioner terminal of auxiliary device. The data collecting sub-system comprises unit for measuring barn outer temperature, air inlet end of freezing water inlet temperature from terminal of central air conditioner chilled water outlet water temperature, flux of cooled water and frozen water, and chilled water outlet pressure difference of multiple sensors. The sensor is used to guide the sensor measured by the analog signal into a digital signal of the analog quantity measuring module. The analog quantity measuring module is connected through the RS485 bus collecting the digital signal data collector. The multi-sensor data fusion sub-system is Gaussian process regression of video program based on data fusion technology that is applied to grain depot grain condition detection and multi-sensor data fusion processing using computer technology to obtain the grain of several sensors for detecting information. The depot monitoring parameter optimization and control sub-system comprises upper computer force control configuration software. The control configuration software based on Ethernet communication and is used for controlling each part of the system device of programmable logic controller (PLC). The PLC is connected with the ground source heat pump set, a cooling water pump, a freeze water pump, terminal of central air conditioner, dehumidifier and air conditioner terminal flux of cooled water and frozen water of the flow regulating valve. The chilled water flow dynamic control, the low-temperature grain storage bin, and the cold supply and refrigeration requirement of dynamic self-adapting several sub base wheel switching intermittent operation subsystem comprise subdepot that is set on the sub-grain in the terminal of central air conditioner. The air conditioner terminal corresponds to the terminal of central air conditioner for adjusting flux of cooled water and frozen water of the flow rate regulating valve. According to the different sub-depot actually monitoring the temperature, humidity and storing the temperature, humidity, each sub-depot is judged whether monitoring parameter is in accordance with the temperature storage. An INDEPENDENT CLAIM is included for intelligent shallow geothermal energy low temperature grain storing method.    DESCRIPTION OF DRAWING(S) - The drawing is a block diagram of an intelligent shallow geothermal energy low-temperature grain storage system (Drawing includes non-English language text).