Trans-seasonal cold-storage heat-storage system

A dynamic ice-manufacturing trans-seasonal cold-storage heat-storage system, wherein:

• the system comprises a cooling tower (1), an ice-source heat pump (2), a cooling heat-storage pump (3), a cold-storage pump (4), an ice-source pump (5), an ice-slurry pump (6), an ice-making machine set (7), a trans-seasonal energy-storage tank (8), an exergonic pump (10), an exergonic heat exchanger (11), an air conditioning pump (12) and an air conditioning cold and heat terminal (13), wherein the ice-source heat pump (2) comprises a condenser (21) and an evaporator;
• the condenser (21) in the ice-source heat pump (2) communicates sequentially with the cooling heat-storage pump (3) and the cooling tower (1) via a circulation pipeline, to form a circulation loop for exhausting heat to an outdoor environment in summer cold supplying, the condenser (21) in the ice-source heat pump (2) further communicates sequentially with the cooling heat-storage pump (3) and the trans-seasonal energy-storage tank (8) via a circulation pipeline, to form a circulation loop for conducting trans-seasonal heat storage to the trans-seasonal energy-storage tank (8) in summer cold supplying, and the condenser (21) in the ice-source heat pump (2) further communicates sequentially with the air conditioning pump (12) and the air conditioning cold and heat terminal (13) via a circulation pipeline, to form a circulation loop for supplying heat to the air conditioning cold and heat terminal (13) in winter;
• the evaporator in the ice-source heat pump (2) communicates sequentially with the cold-storage pump (4) and the trans-seasonal energy-storage tank (8) via a circulation pipeline, to form a circulation loop for conducting cold storage to the trans-seasonal energy-storage tank (8) in summer cold supplying, the evaporator in the ice-source heat pump (2) further communicates sequentially with the exergonic pump (10) and the exergonic heat exchanger (11) via a circulation pipeline, to form a circulation loop for releasing cold to the exergonic heat exchanger (11) in summer cold supplying, and the evaporator of the ice-source heat pump (2) further communicates sequentially with the ice-source pump (5) and the ice-making machine set (7), wherein the pipeline is filled with an antifreezing agent, to form a circulation loop for a lower-temperature heat source in winter heat supplying, and also serve as a cold source for trans-seasonal cold storage;
• and
• the ice-making machine set (7) communicates sequentially with the ice-slurry pump (6) and the trans-seasonal energy-storage tank (8) via a circulation pipeline, to form a trans-seasonal cold storage circulation loop, the trans-seasonal energy-storage tank (8) communicates sequentially with the exergonic pump (10) and the exergonic heat exchanger (11) via a circulation pipeline, to form an exergonic circulation loop for summer cold releasing and winter heat releasing, and the exergonic heat exchanger (11) further communicates sequentially with the air conditioning pump (12) and the air conditioning cold and heat terminal (13) via a circulation pipeline, to form a circulation loop for summer cold supplying and winter heat supplying of the air conditioning cold and heat terminal (13).