Thermal energy storage technologies can facilitate the transition to an energy system based
largely on renewable sources and enable efficiency gains for industrial processes in …

Thermochemical energy storage can play an important role in the establishment of a reliable
renewable energy supply and can increase the efficiency of industrial processes. The …

Thermochemical energy storage (TCES) technology offers a promising avenue for achieving
prolonged thermal energy storage through reversible gas-solid reactions. In the present …

Thermochemical energy storage can achieve high storage densities as well as nearly loss-
free long-term storage, while offering charge or discharge on demand. Suitable materials …

Thermochemical reactions can be employed in heat storage devices. The choice of suitable
reactive material pairs involves a thorough kinetic characterisation by, eg, extensive …

Calcium oxide/Calcium hydroxide can be utilized as a reaction system for thermochemical
heat storage. It features a high storage capacity, is cheap, and does not involve major …

Current climate, environmental and energy policies aim at a decarbonisation of the energy
sector by a transition to renewable energies on the one hand and at an increased energy …

Thermochemical energy storage is gaining popularity as one possibility to integrate
renewable energies into existing energy systems by providing large energy storage …

Thermal energy storage technologies are of current interest in order to improve the
integration of renewable energy sources as well as energy efficiency. Numerical simulations …

Using a Ca (OH) 2/CaO thermochemical heat storage system is an effective way to promote
the utilization of renewable energy. However, poor thermal conductivity restricts the …