Review
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Open access
Sep 2026
Enhanced Thermal Properties of Carbon-Based Composite Phase Change Materials Towards Energy Efficiency
Carbon-based shape-stabilized phase change materials (SSPCMs) are promising for thermal energy storage, but their performance is often limited by low PCM loading. Enhancing the compatibility between the PCM and supporting matrix is an effective approach to address this issue. Herein, biomass waste was converted into ac...
Hai-Peng Li, Xiang Liu
· Materials · 0 citations
Review
Oct 2026
A Review of Carbon Nanoparticles-Enhanced Salt-Based Phase Change Materials for Thermal Energy Storage Applications
Thermal energy storage (TES) is critical to improving energy efficiency and integrating intermittent renewable energy systems. Among various TES technologies, latent heat TES systems employing phase change materials (PCMs) offer high energy storage density but suffer from inherently low thermal conductivity, which li...
Swati Agarwala, K. N. Prabhu
· Materials Performance and Ch... · 0 citations
Review
Sep 2026
MXene‐Enabled Phase Change Materials for Thermal Energy Storage: Structure, Performance, and Outlook
The practical use of latent‐heat storage materials is frequently constrained by slow heat transfer, loss of the molten phase, and performance deterioration during repeated operation. MXenes provide a versatile platform for addressing these limitations because their conductive two‐dimensional structure can be combined w...
Sefa Yılmaz
· Energy Storage · 0 citations
Review
Open access
Oct 2026
Phase-change thermal energy storage: Materials, thermophysics and emerging applications
Phase change materials (PCMs) can reversibly store and release considerable thermal energy through nearly isothermal and isometric phase state transitions, thus have attracted broad attention in energy decarbonization, passive thermal management, and emerging fields such as medicine and intelligent robots. However, c...
Si Wu, Xiao Zhang, Hao-Yuan Sang et al.
· National Science Review · 0 citations
Sep 2026
Structure–Functionality-Integrated Composite Phase Change Materials with Reversible Thermochromism and Enhanced Mechanical Stability
Phase change materials (PCMs) have exhibited favorable prospects in thermal energy storage and thermal management systems. However, it is highly desirable to overcome the drawbacks of bulk PCMs, including inherent leakage problem, low thermal conductivity, and single heat-storage functionality. Therefore, a reversibl...
Ying-Ling Liang, Hai-Zhi He, Huan-Zhi Zhang et al.
· ACS Applied Polymer Material... · 0 citations
Open access
Oct 2026
Thermal Storage and Thermal Conductivity Performance of Multi-Dimensional Carbon-Modified 1-Octadecanol Phase Change Materials
The rapid expansion of the renewable energy industry renders thermal energy storage technology a critical support for high-efficiency energy utilization. As an organic phase change material (PCMs), 1-octadecanol (OD) is plagued by intrinsic limitations of low thermal conductivity and sluggish heat absorption release ki...
Xiu-Li Wang, Zhang-Yong Hu, Qing-Meng Wang et al.
· Molecules · 0 citations