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bottom of the material, natural convection in the melted MWCNT-wax NEPCM is favorable to sustain its stability, but only for limited thermal cycles. Settlement of nanoparticles started to happen during later solidification periods. 5.3 Recommendations for Future Work Based on the results of the LHTESS study, alternative techniques of heat transfer enhancement need to be explored, particularly for discharging processes where conduction is the main heat transfer mechanism. Traditional enhancement methods with fins can be implemented; however, the position and geometry of fins should be carefully designed to improve heat transfer during both charging and discharging. Therefore, it is crucial that the optimal design improve the conduction heat transfer during discharging while not compromising the benefits of natural convection during charging. Using NEPCMs in thermal energy storage applications could be a remedy to the existing poor heat transfer performance of PCMs. However, this method seems to be not feasible due to issues related to particle stability. Thus, a multidisciplinary approach is needed to continue to search for techniques to achieve the long-term real stability of NEPCMs. Many parameters are involved in the stability of a colloidal system. Multidisciplinary efforts are required to achieve a good understanding of these physical/chemical properties and to find the best combination or treatment for the long-term stability of the colloid. Special porous media with microscale pores may enable overall uniformity and homogenous long-term dispersion of nanoparticles into PCMs. This could be a solution to the stability issue of NEPCMs. This technique is currently being investigated in our lab. 75PDF Image | THERMAL ENERGY STORAGE USING PARAFFIN WAX
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