冷库组件及其控制方法、冷库

By incorporating a cold storage structure and multiple air supply and return vents within the cold storage facility, combined with temperature monitoring and refrigeration structure adjustment, the problem of poor temperature uniformity in the cold storage was solved, thereby improving the temperature uniformity and reliability within the ice-temperature storage area.

CN117647052BActive Publication Date: 2026-07-17GREE ELECTRIC APPLIANCE INC OF ZHUHAI

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
GREE ELECTRIC APPLIANCE INC OF ZHUHAI
Filing Date
2023-12-20
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

The poor temperature uniformity in existing cold storage facilities leads to insufficient reliability, especially near the air outlet where airflow is limited and temperature fluctuations are significant.

Method used

A cold storage structure is set up inside the cold storage shell to form an ice-temperature storage area, and a refrigeration structure is set between the cold storage structure and the cold storage shell. The cold storage structure is used to buffer the cold load. Combined with the design of multiple air supply and return vents, the working frequency of the refrigeration structure and the airflow in the duct are adjusted by a temperature detection mechanism to improve temperature uniformity and reliability.

Benefits of technology

It effectively reduces temperature fluctuations in the ice-temperature storage area, improves the temperature uniformity and reliability of the cold storage, ensures the stability of the storage temperature between 0 and -2℃, and reduces the problem of temperature unevenness in the cold storage.

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Abstract

本发明提供一种冷库组件及其控制方法、冷库。冷库组件包括冷库壳体;蓄冷结构,所述蓄冷结构设置于所述冷库壳体内,且所述蓄冷结构在所述冷库壳体内围成冰温存储区,所述蓄冷结构和所述冷库壳体之间形成制冷风道。本发明提供的冷库组件及其控制方法、冷库,在冷库壳体内利用蓄冷结构围成冰温存储区,而将制冷结构设置在蓄冷结构和冷库壳体之间,利用制冷结构对蓄冷结构进行制冷,然后蓄冷结构对冰温存储区进行制冷,使得蓄冷结构能够对制冷结构产生的冷量进行缓冲,降低冰温存储区内的温度波动,保证冰温存储区内的温度均匀性,避免制冷结构直接对冷库内出风而造成冷库内温度波动较大的问题,有效地提高了冷库的可靠性。
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