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It means it is worthwhile setting standard DSC tests and ascertaining right effective capacity or enthalpy function of PCM in simulations related to PCM system design.
This article develops an analytical and numerical approach to evaluate thermal stress in a phase change material (PCM) system, used for temperature smoothing of waste gas of Electric Arc Furnace, in which the PCM is encapsulated in a cylindrical steel container.
Finally, an alternative PCM system geometry based on concentric pipes is designed to keep the maximum stresses in the PCM container below the yielding point.
The investigated systems include an encapsulated phase change material (PCM) system, a coil-in-tank PCM system and a liquid sodium TES system.
Furthermore, limited consideration is given to exergy efficiency of the PCM system being studied.
Moreover, accurate heat flux of a finned PCM system is also obtained.
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Six systems were considered: three single PCM systems (NaNO3, NaNO2, and KNO3), a 2-PCM system a 3-PCM system, and a sensible heat only system as a comparison.
An additional problem with passive PCM systems is their reliability.
The concept of the existing transparent PCM systems is presented, and the rationale of selecting appropriate materials is discussed.
More accurate assessment of the performance and potential of PCM systems in real dynamic conditions is required [50, 53].
The method represents a promising approach to heat transfer improvement in tube-in-tank PCM systems.
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