“…17 PCMs are used Abbreviations: DSC, differential scanning calorimeter; FTIR, Fourier transform infrared; mPCM, Microencapsulated phase change material; P1, Packaging design with mPCM; P2, Packaging design with PCM; P3, Reference packing; PCM, Phase change material; SEM, Scanning electron microscopy; TGA, Thermo gravimetric analysis List of Nomenclature: T p , Temperature of package with PCM; T r , Temperature of reference without PCM; ΔT, Temperature different; ΔH, Enthalpy (J/g); ΔH m , Melting enthalpy (J/g); ΔH mPCM , Latent heat of MPCM (J/g); ΔH PCM , Latent heat of PCM (core material) (J/g for latent heat storage 18 to increase thermal energy capacity in different systems. 16,19 Microencapsulation technology is very important for producing more useful PCMs [20][21][22] and has been extensively used in the areas of pharmaceutical, 23,24 food, 25 catalyst, 26,27 applications to textile fabrics, 28 concrete mixes for sustainable buildings, 29 energy storage, [30][31][32][33] and thermal release performances. 34 The microencapsulation techniques provide stability to PCMs (core materials).…”