Dynamic ice storage ice-melting system capable of watering at constant low temperature

Abstract

The invention relates to a dynamic ice storage ice-melting system capable of watering at a constant low temperature, belonging to the technical field of an ice storage air-conditioning system. The system comprises an ice storage tank, a sprinkler, a filter unit, an ice-melting water pump, an end coil, a proportioning valve, a control circuit and a temperature sensor, wherein a first connecting tube is arranged between the outlet of the ice-melting water pump and the inlet of the end coil, the temperature sensor is arranged inside the first connecting tube, the inlet of the proportion control valve is communicated with the first connecting tube, and the outlet of the proportioning valve is communicated with a second connecting tube. In the invention, a bypass regulation branch is added in an ice-melting circulation flow path so as to realize separate control for an ice-melting flow and a cooling flow, thereby ensuring low temperature watering and stable operation of the ice storage system, normal operation of the air-conditioning system, and high stability of cooling performance.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better energy efficiency during winter months when utilized on both indoor heat exchangers (IHX) or outside space conditioners (OCR). It achieves this through controllably delivering warm liquid from one unit into another unit while maintaining consistently lower temperatures than previous systems without adding any extra components like filters or regulators. Additionally, there has been developed a feedback mechanism called a bystander adjustor that controls how much fluid flows within each section based upon its own needs at different times throughout their entire cycle. By doing these things, even if some sections get too hot they still have enough fluids available for use instead of wasted until needed again. Overall, this innovative design improves energy efficacy and performance across multiple modes simultaneously.

Problems solved by technology

This patented describes an improvement over existing systems used in ice-making machines such as those described earlier. These improvements include adding more efficient ice making processes like liquid nitrogen or ammonia evaporation techniques to enhancements their performance without sacrificing electrical usage rates. Additionally, they have introduced various ways to control the amount of ice production based upon factors like ambient temperatures and humidities. By separating these effects, the resulting ice product becomes clearer and less prone to damage due to vibrations caused by unevenness in power supply levels. Overall, this innovative approach helps optimize the use of ice resources within buildings while maintaining proper thermal conditions.

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