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19_AC_Loop_Rev7.jpg   Airco.jpg   19_AC_Loop_zoom.jpg
 

Refrigerant Loop

The LMS Imagine.Lab Refrigerant Loop solution enables to calculate refrigerant flow rates, pressures, temperatures, heat exchanger performance, air temperature and humidity. It also enables the design, sizing and evaluation of performance of components in the whole system, the testing of new fluids (CO2 for example), and the evaluation of the Coefficient of Performance (COP) of the loop. The solution supports engineers in studying the interactions between these components and the linked systems and/or environment.

Features

  • Transient and steady-state analysis
  • Prediction of pressures, temperatures, flow rates … 
  • Geometrical Heat Exchanger Characterization
  • Prediction and optimization of component performance and loop Coefficient of Performance


Benefits

  • Ensure sufficient performance of the loop to provide optimal comfort to the passenger whatever the operating conditions,
  • Size components (HEX, compressor, TXV, …)
  • Optimize mass of refrigerant in the loop
  • Evaluate new architectures (multi-evaporator, heat pumps, multi-compressor) 
  • Evaluate performance of loop using alternative fluids (CO2 and soon Hfluid, DP1)
  • Used for HVAC and also H2 storage, household appliances refrigerant loops, cryogenic engine applications
 
Download the LMS Imagine.Lab Vehicle Thermal Management onepager
Download the LMS Imagine.Lab AMESim brochure



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