Ice storage barrel with air-ejecting and disturbing device

Abstract

The invention relates to cool-storage equipment in an ice storage air-conditioning system, in particular to an ice storage barrel with an air-ejecting and disturbing device. An ice storage coil pipe is arranged in the ice storage barrel; the ice storage barrel comprises an air pump, an air inlet pipeline, an air distributor and an air outlet pipeline, wherein the air pump is arranged outside the ice storage barrel and forms a closed loop together with the internal space of the ice storage barrel through the air inlet pipeline and the air outlet pipeline; and the air distributor connected with the air inlet pipeline is arranged in the ice storage barrel. According to the ice storage barrel, air is blown into the ice storage barrel through the pipelines to disturb water in the ice storage barrel so as to reinforce the heat convection efficiency in water of the ice storage barrel, ensure even temperature of water in the ice storage barrel, and improves the cold accumulation and release speed.

Description

Technical field: [0001] The invention relates to cold storage equipment in an ice cold storage air-conditioning system, and more particularly relates to an ice storage bucket with an air-filling disturbance device. Background technique: [0002] With the continuous improvement of social development and people's living standards, urban power consumption has increased significantly, especially during the daytime peak power load has increased too fast, resulting in frequent power shortages during peak hours, while the low-peak power at night is surplus. Therefore, the "peak shifting and valley filling" of the power grid is an urgent problem to be solved. As an air-conditioning system for the protection of the living environment, its power load is generally concentrated in the peak hours of the daytime power, while the electricity consumption in the off-peak hours is very little. With the implementation of peak and valley electricity price policies on the power demand side, ice...

AI Technical Summary

Problems solved by technology

The internal ice melting is through the flow of the medium in the ice storage bucket coil to store and melt ice. When the ice layer melts, a water layer is formed between the pipe wall and the ice layer. When the ice melts and exchanges heat, the thermal resistance is relatively large. , affect the cooling rate, the high cooling temperature will increase the capacity of the air conditioning terminal and increase the investment of the air conditioning system

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