Development of a novel composite phase change material based on paints and brick for energy storage applications in agricultural greenhouses

Huang, Kepeng; Mi, Tongtong; Zheng, Changjiang; Wang, Longlong; Yi, Xuemei

doi:10.1016/j.est.2024.111734

Journal of Energy Storage

2024

DOI: 10.1016/j.est.2024.111734

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Development of a novel composite phase change material based on paints and brick for energy storage applications in agricultural greenhouses

Kepeng Huang,

Tongtong Mi,

Changjiang Zheng

et al.

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Influence of phase change materials on the thermal performance of hollow bricks under cold climate conditions: An experimental study

Huang,

Yuan,

Miao

2024

E3S Web Conf.

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The escalating energy consumption in buildings and the substantial thermal losses in building envelopes pose formidable challenges to the increasingly strained energy resources. With the building envelope constituting the primary contributor to thermal losses in buildings, there arises an urgent need for structures that can mitigate building energy consumption and thermal losses. This study investigates the infusion of phase change materials into hollow bricks to create phase change materialfilled hollow bricks, juxtaposed against unfilled counterparts through experimental analyses. Findings reveal that: 1) Hollow bricks filled with phase change materials exhibit higher inner surface temperatures, with an average temperature disparity of 0.89℃ compared to unfilled counterparts, indicating superior thermal insulation. 2) The internal temperature of phase change material-filled hollow bricks surpasses that of unfilled bricks by an average of 4.14℃, with fluctuations remaining below 1.5℃, affirming the effective heat storage capability of phase change materials with stable thermal performance. 3) The average heat flux on the inner surface of phase change material-filled hollow bricks stands at 7.37W/m2, 7.71W/m2 lower than unfilled bricks, signifying reduced energy dissipation and enhanced thermal insulation. These outcomes furnish a theoretical underpinning and experimental roadmap for the integration of phase change material-filled hollow bricks in building applications.

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Influence of phase change materials on the thermal performance of hollow bricks under cold climate conditions: An experimental study

Huang,

Yuan,

Miao

2024

E3S Web Conf.

View full text Add to dashboard Cite

show abstract

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Development of a novel composite phase change material based on paints and brick for energy storage applications in agricultural greenhouses

Cited by 1 publication

References 34 publications

Influence of phase change materials on the thermal performance of hollow bricks under cold climate conditions: An experimental study

Influence of phase change materials on the thermal performance of hollow bricks under cold climate conditions: An experimental study

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