Proceedings of the 1986 International Congress on Renewable Energy Sources. High temperature thermal storage for solar plants. International Congress on Renewable Energy Sources [18-23 Mayo 1986, Madrid].

Geyer, M. Tamme, R. Klaib, H.
Consejo Superior de Investigaciones Científicas.

1987

CIENA
1113
v. 2

84-00-6674-X

Solar central receiver systems have the potential to generate high temperature process heat without polluting the environment. A storage system is necessary to separate the continuous process demand from the intermittent supply of solar radiation. High temperature thermal energy storage in ceramic regenerators can provide continuous operation and perform the pressure transformation between the receiver and the process. Composite salt/ceramic materials can increase the storage capacity and provide a more constant discharge temperature, making thermal storage competitive with closed cycle chemical storage concepts. After a review of the tasks planned by the IEA-SSPS R D Program on High Temperature Technology and Applications, the paper presents the storage concepts to be developed. ABSTRACT. HIGH TEMPERATURE PROCESS HEAT. HIGH TEMPERATURE RECEIVERS AS SOLAR BURNERS. HIGH TEMPERATURE THERMAL STORAGE. THE JOINT INVESTIGATION PROGRAM OF THE IEA-SSPS PROJECT. CONCLUSIONS. REFERENCES.

Presenta gráfs.

GENERAL; ENERGIA SOLAR; PLANTAS; CONVERSION DE LA ENERGIA; CENTRALES SOLARES; RESULTADOS DE INVESTIGACION;