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SAVING OF ENERGY BY APPLYING OPTIMUM CONDITIONS TO STEADY STATE AND DYNAMIC BEHAVIOUR OF REFRIGERATION COMPONENTS AND INSTALLATIONS.

Author(s) : KRUSE H., UPMEIER B.

Summary

THE AUTHORS STUDY THE EFFECT OF WORKING CONDITIONS ON THE OPERATION OF REFRIGERATING CIRCUITS. THE CYCLE IS ANALYSED FOLLOWING THE FIRST AND SECOND LAWS OF THERMODYNAMICS. THE DEVIATION BETWEEN THE NONSUPERHEATED RANKINE CYCLE AND CARNOT CYCLE, AND THE EFFECT OF SUPERHEATING ON THE CYCLE ITSELF AND ON THE EFFICIENCY OF COMPRESSOR ARE SHOWN. THE COP OF A CIRCUIT VARIES WITH TEMPERATURE DIFFERENCES AT EXCHANGERS AND WITH THE OPERATING CONDITIONS OF THE COMPRESSOR. THEY REPORT THEORETICAL AND EXPERIMENTAL STUDIES OF THE BEHAVIOUR OF REFRIGERATION PLANT AND HEAT PUMPS UNDER UNSTEADY CONDITIONS AND DISCUSS THE OPERATING CONDITIONS FAVOURING ENERGY SAVING. THEY REPORT SOME PECULIARITIES OF MICROCOMPUTER CONTROL.

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Pages: 1984-2

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Details

  • Original title: SAVING OF ENERGY BY APPLYING OPTIMUM CONDITIONS TO STEADY STATE AND DYNAMIC BEHAVIOUR OF REFRIGERATION COMPONENTS AND INSTALLATIONS.
  • Record ID : 1986-2482
  • Languages: English
  • Source: Advances in refrigeration and heat pump technology achieved by the application of micro-electronics and the control of systems by micro-electronic devices.
  • Publication date: 1984/09/03

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