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A 30% MPCM-loaded PU foam enhances the thermal buffering action of the foam, promoting its application in the cold energy storage sector. Su W, Darkwa J, Kokogiannakis G (2015) Review of solid-liquid phase change materials and their encapsulation technologies.
The use of metal foam structures embedded in PCM to form composite PCM-metal foam energy storage system can improve the effective thermal conductivity remarkably due to the high surface area for heat transfer between the metal foam and the PCM. This chapter presents a study of PCM-metal foam composite systems for solar energy storage.
This chapter presents a study of metal foam-PCM composite systems for energy storage. It has been previously shown that metal foams can be very effective in increasing the overall heat transfer rate for PCM based energy storage systems due to their high conductivity, intricate network and large surface area.
Anyone you share the following link with will be able to read this content: Provided by the Springer Nature SharedIt content-sharing initiative Polyurethane (PU) foam is most commonly used in thermal insulation in cold storage applications whereas it lacks thermal energy storage characteristics.
The thermal conductivity of the PU foam plays a critical role in the PCM heat absorption and release when the temperature is within the phase transition temperature range. Thermal conductivity is 0.023 W/mK for standard PU foam. It was observed that the thermal conductivity values increased as expected when the MPCM loading % was increased.
The pristine PUF has a cream time of 17 s, a gel time of 98 s, and a tack-free time of 180 s. It tends to be seen that there is a uniform increment in the respective times with an increase in the MPCM content. The longest time taken by the PU foam was observed with PUF, 30% MPCM.
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Effect of fin-metal foam structure on thermal energy storage: an experimental study. Renew. Energy, 172 (2021), pp. 57-70. View PDF View article View in Scopus Google Scholar [15] C.Y. Zhao, W. Lu, Y. Tian. Heat transfer enhancement for thermal energy storage using metal foams embedded within phase change materials (PCMs)
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Get Price >>Among various TES methods, latent heat thermal energy storage (LHTES) has the potential to store heat energy efficiently due to its high energy density and isothermal phase transitions . An obstacle to the commercial development of LHTES is the low thermal conductivity of most phase change materials (PCMs) which results in low heat transfer effectiveness [ 3 ].
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Get Price >>Phase change materials (PCMs), because of their unique feature of having high latent heat of fusion, have become popular in the past decades [1, 2].As opposed to sensible heat storage approach, by going through melting/solidification phase change processes, PCMs can store/release thermal energy in the form of latent heat [3].That said, at the melting point of a …
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Get Price >>on energy storage process of PCMs, inserting metal foam damped the fluid transport of melted PCMs by its serried and thin ligaments. In order to make full use of natural convection during melting process, partially filled metal foam is expected to further enhance the energy storage efficiency. Zhu et al37 and Joshi and Rathod38 respec-
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