About Composition of Cao-style solar power generation
To assess the impact of the novel material on the solar power system, the CSP-CaL system using CaO-ZnO-Na 2 SO 4 composites was built in this work. Firstly, an energy analysis was conducted to derive the energy storage density of materials and the system efficiency.
To assess the impact of the novel material on the solar power system, the CSP-CaL system using CaO-ZnO-Na 2 SO 4 composites was built in this work. Firstly, an energy analysis was conducted to derive the energy storage density of materials and the system efficiency.
Calcium looping (CaL)-based solar to thermochemical energy storage is a promising option for long-term thermal energy storage in concentrated solar power generation. CaL is a chemical looping process involving reversible carbonation-calcination reactions among CaO, CO 2 , and CaCO 3 , which has distinct advantages, such as high energy storage .
The calcium looping (CaL) technique, renowned for its exceptional ability to withstand high temperatures and remarkable heat storage capacity, perfectly complements 3rd generation concentrated solar power (CSP) plants. However, the poor cycling stability and low spectrum absorption rate of CaO obstruct system efficiency.
Concentrated solar power (CSP) integrated with calcium looping (CaL) technology has garnered significant interest as a solution to mitigate the issue of intermittency in solar power production. However, the deactivation of CaO-based materials during cycling limits the application of CaL technology on a large scale.
Results from process simulations show that the highest efficiencies for the CaL-CSP integration are achieved at carbonator absolute pressures of ∼3.5–4 bar, which leads to an overall plant efficiency (net electric power to net solar thermal power) around 41% when carbonation is carried out at 950 °C under pure CO 2.
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About Composition of Cao-style solar power generation video introduction
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