Ice Bank and Cooler Milk in Mashhad

What is Ice Bank?

Ice Bank (Ice Bank) or in other words the ice refrigerator energy storage system is a relatively new mechanism to optimize energy consumption that is used in air conditioning and industrial cooling, along with a condensing chiller to reduce power consumption It takes. It is also widely used in the food industry, especially in the dairy industry, and is used in various dairy products production processes.

Ice Bank's components and structure

Ice Banks do not contain complex components and structure, and the most important part of it is the same as the ice storage tanks and the cooling coil in these tanks. However, some control valves are also installed in the device circuit. A number of peripherals may be added or eliminated depending on the type of system and the process that we intend to use alongside the ice tank, but the tank and coil, or the same jargon converter in the two main Ice Banks, account for account. Come.

Ice Bank Types

Full Storage Operation

In this case, the total cooling capacity required is transferred to non -peak hours. The refrigeration system operates with maximum capacity during non -peak hours and charges the device to use it during peak period. This reduces the energy consumption and depreciation of refrigeration devices in productive hours.

Partial Storage, Load Leveling: Partial Storage, Load Leveling:

In this case, part of the cooling load required by the IC Bank is provided and the rest is by the refrigerator system. In this method, the refrigeration system works consistently and, at low -cooling times, it is stored in the device to be used in peak times.

Partial Storage, Demand Limiting: Partial Storage, Demand Limiting:

In this case, part of the refrigeration load is provided by the IC Bank. But to reduce energy consumption at peak times, the chiller operates less than maximum capacity and only stores over -produced capacity in the Ice Bank at non -peak times.

Separate Chillers:

In this way, separate refrigeration systems are used to charge the IC Bank and supply other consumers. This mode requires at least two chillers. One is used to charge the Ice Bank and the other for direct cooling to the system. These different types of use of the ICB, according to the different needs and variable refrigeration conditions, allow energy consumption optimization and reduces the costs related to refrigeration systems. br>

How Ice Bank Functions

Ice Bank acts as a refrigerator storage system in which ice is produced and stored as a refrigerator. The process of functioning of the device is as follows:

Ice production

At this point, the water is poured into thin layers on the surface of the pipes or coil plates. At this point, the thermal exchange between the water and the cooling fluid takes place and the water becomes colder to become ice.

Ice storage

The ice produced is stored in the Ice Bank tank. These ice gradually accumulate and can be stored higher than the capacity of the device.

Ice melting and refrigeration

During peak consumption, hot water passes through the IC Bank and is transferred to the ice melts. This operation leads to warming and liquids of freezing.