Ice storage air conditioning technology, that is, in the night when the
power load is very low, the refrigerator is used for refrigeration, and
the sensible heat or latent heat characteristics of the storage medium
are used to store the cold capacity in a certain way. In the daytime
when the power load is high, that is, the peak of electricity
consumption, the cold storage is released to meet the needs of the
building air conditioning or production process.
The useful application range of this air conditioning system is the place where the daily and night load changes greatly:
Administration Building
Hotel hotel
The hospital
The cinema
Theatre and concert Hall
The museum
The conference center
Supermarket, shopping center, shopping mall
Exhibition hall and multi-purpose hall
The ideal ice storage device has the following characteristics:
The heat exchanger has large heat transfer area
High heat transfer coefficient
The temperature difference between the ice system and the ice is small
Large ice filling coefficient
Low energy loss
Sp. ICE freezer uses capillary heat exchanger, which has huge advantages over traditional ICE storage systems:
Significantly improved heat transfer performance
Significantly increase the heat transfer area
Significantly increase the ice filling coefficient
The SP. ICE freezer is specially designed for:
Extremely short ice making and melting time
Efficient ice
High energy density
Modular construction
Low pressure loss
Easy to transport
Low investment cost
System principle
