Energy storage is a key factor in the development of renewables-based electrical power
systems. In recent years, the thermochemical energy storage system based on calcium …

The solar-driven calcium loo** process (CaL) poses a great potential for thermochemical
energy storage. The calcium-based particle, a core energy carrier for CaL, however, is prone …

Abstract Integration between Concentrated Solar Power (CSP) and Calcium Loo** (CaL)
is gaining consideration in the perspective of large shares of renewable energy sources, to …

The calcium-loo** (CaL) process comprises an endothermic calcination reaction, where
CaO and CO 2 are generated from CaCO 3, and its reverse exothermic carbonation …

The optical absorptance of calcium-based composites used in direct solar-driven calcium-
loo** thermochemical energy storage systems should be improved. Experimental data …

The calcium loo** (CaL) process stands out as a promising technology for carbon dioxide
(CO 2) capture, which exhibits two essential phases: carbonation and calcination. CaL …

Due to the imbalances between energy supply and demand ascribed from the inconsistency
and intermittence of solar energy, thermochemical heat storage (THS) especially based on …

Calcium loo** process exhibited great prospects for thermochemical energy storage due
to high working temperatures, high energy density, good thermal conductivity, cheapness …

This study delves into the field of energy storage by carefully examining the electrochemical
details of nickel oxide (NiO) nanostructures, which are doubly doped with iron (Fe) and …

The calcium-loo** thermochemical heat storage is recognized as a promising technology
due to its affordable raw material expense, eco-friendliness, and superior heat storage and …