Power-to-heat coupled with latent heat thermal energy storage can improve the economy
and flexibility of heating systems and also is one of the key technologies used for promoting …

The intermittency and fluctuations of heat sources such as solar energy and industrial waste
heat have a significant impact on the thermal properties of thermal energy storage systems …

The highest thermal energy for phase change material (PCM) is stored/discharged with
unsubstantial temperature changes during the isothermal phase transition. However, the …

Solar heating technology is increasingly recognized as a prominent option for clean building
heating. However, challenges such as intermittent thermal energy supply and supply …

The present study evaluates the impact of charging speeds on the long-term performance of
paraffin-based thermal energy storage (TES) up to 10,000 actual thermal cycles. Paraffin …

The inner-tube arrangement has an important impact on the performance of latent thermal
energy storage heat exchangers, but the effect of inner-tube spacing on the performance …

Decarbonization of building space heating is essential for China to meet its carbon neutrality
goal by 2060. Cascaded latent heat storage (CLHS) coupled with electric heating is a …

Physical parameters of existing building walls are relatively stable, making it difficult to meet
the thermal requirements under different seasons. In this study, phase change materials …

The low thermal conductivity of PCMs limited thermal storage/release properties of latent
heat thermal energy storage (LHTES) systems, and the performance enhancement of PCMs …

Paraffin-based latent heat storage has a higher thermal capacity than sensible heat storage.
Despite that, the actual implementation of paraffin as an active latent heat storage (ALHS) …