Solar power generation is a highly potential method for utilizing renewable energy, but it
faces a major challenge in terms of schedulability. As a low-cost, efficient, and well …

This study presents a thermodynamic analysis of a novel concept that synergistically
integrates a solid oxide fuel cell with a Ceria-based solar-chemical looping methane …

As the demand for renewable and sustainable energy sources rises, considerable efforts
have been dedicated to the development of energy storage materials. Phase change …

This study addresses restricted thermal conductivity in phase change materials (PCMs) used
in latent heat storage (LHS) systems, aiming to enhance heat transfer efficiency by …

The substantial consumption of fossil fuels gives rise to excessive carbon dioxide emissions,
and mitigating them has emerged as a pressing global priority. The use of renewable energy …

High‐temperature thermochemical energy storage based on metal oxides is the key
technology to reducing the levelized costs of electricity of the next‐generation concentrated …

Typical solar power tower (SPT) systems employ molten salt as the heat transfer and thermal
energy storage medium to facilitate stable energy output. However, these systems are …

The use of inert and redox-active particles for high-temperature energy storage requires the
development of components that can efficiently transfer energy to high-pressure working …

The doping strategy with dark metallic oxide has proven effective in improving optical
absorptions and heat storage performances of calcium-based materials for the direct solar …

The solar pyrolysis of materials has emerged as a promising technology for their efficient
conversion into solid char, syngas and oil. The technology has its challenges, however, as …