Corrigendum to “Bio-based eutectic composite phase change materials with enhanced thermal conductivity and excellent shape stabilization for battery thermal management” [J. Energy Storage 100 (2024) 113712] (Journal of Energy Storage (2024) 100(PB), (S2352152X24032985), (10.1016/j.est.2024.113712))

The authors regret that the printed version of the above article contained a number of errors. The correct and final version follows. The authors would like to apologise for any inconvenience caused. In the previous Table 1, due to our carelessness, we gave the wrong [Formula presented] value of capric acid (CA) and lauric acid (LA), which are not the correct value measured by our DSC tests. Table 1 is corrected to: [Table presented] Because the theoretical [Formula presented] value of the binary PCM in Table 3 are calculated based on Table 1, there are some calculation mistakes in previous Table 3. According to Table 1 in the revision, the data in Table 3 are also corrected as: [Table presented] On page 4, in Section 3.1, line 10 to 12, the sentence “the phase change point of CA-MA, CA-LA, CA-SA, LA-MA, LA-SA and MA-SA are 19.68 °C, 24.80 °C, 28.54 °C, 34.45 °C, 38.57 °C and 48.21 °C.” should be revised as “the phase change points of CA-MA, CA-LA, CA-SA, LA-MA, LA-SA and MA-SA are 20.16 °C, 24.87 °C, 28.54 °C, 34.45 °C, 38.57 °C and 47.21 °C.”. On page 4, in Section 3.1, line 13 to 18, and the sentence “The phase enthalpy values of CA-MA, CA-LA, CA-SA, LA-MA, LA-SA, and MA-SA are 153.59J/g, 154.21J/g, 154.56J/g, 172.15J/g, 168.45J/g and 178.73J/g. The theoretical findings indicate that the binary EO-PCM of LA-SA is ideal for BTM owing to its adequate phase change point (38.57°C) and sufficient latent heat (168.45J/g)” should be revised as “The phase enthalpy values of CA-MA, CA-LA, CA-SA, LA-MA, LA-SA, and MA-SA are 152.29 J/g, 155.35 J/g, 156.20 J/g, 167.98 J/g, 170.71 J/g, 182.28 J/g, respectively. The theoretical findings indicate that the binary EO-PCM of LA-SA is ideal for BTM owing to its adequate phase change point (38.57 °C) and sufficient latent heat (170.71 J/g).”.