BAC Baltimore Balticare GmbH

TSU-C/D ice bank

Power range 325 - 5060 kWh

BAC Balticare TSU-C/D ice bank

p>As the name suggests, these units use ice  to build  up and store refrigeration  when  cooling demand  and/or  energy prices are low  (mostly overnight). This is then used by the system for air conditioning or process purposes when energy prices are high (mostly during the day).

advantages

  • Exhaust air heater  up to 50% more compact.
  • Operating Cost Savings : Ice is formed overnight using cheaper electricity.
  • Lower Energy  Consumption Designing the refrigeration system according to average conditions rather than peak demand reduces energy requirements and refrigerant charge.
  • Reduced CO2 emissions : Much of the refrigeration occurs overnight when condensing temperatures are lower and the refrigeration system requires less energy.
  • Less compressor maintenance because the compressor is constantly operating at full capacity and not at fluctuating partial loads.
  • Cold storage systems provide  backup cooling. 

systems

  • The  TSU-C/D  is an  external melting system . Direct contact between ice and water ensures a constant, low water temperature. External melting is ideal for applications that  require constant near-freezing water temperatures  (1 to 2°C).
  • TSU-M  is an  internal fusion system . Internal melting is ideal for air conditioning systems with high temperature cooling.

 

The tube bundle is installed in  factory assembled modular tanks  , several of which are typically  required for the required cooling load. They can be installed in basements, on roofs, inside and outside buildings.

  • TSC  has only one coil for ice storage applications. The concrete tanks that house them are usually part of the building infrastructure.

applications

Ice storage is usually used for

  • air conditioners
  • district cooling
  • emergency cooling
  • supermarkets
  • dairies
  • breweries
  • meat processing
  • wet pre-cooling for fruit and vegetable storage

TSU-C/D properties

  • External ice melting
  • Direct refrigerant or glycol feed

power range

325 - 5060kWh

Typical applications

  • food processing
  • breweries
  • dairies

 

overview

  • working principle
  • design features
  • Technical specifications