Abstract
Compared to the near-surface geothermal energy, higher temperatures can be developed in the medium-depth geothermal energy (400 to 1,000 meters). Thus, the efficiency of geothermal power plants can be increased. The significantly higher yield performance and extraction performance are opposite to the higher costs of installation. At high thermal gradients of the surface one may completely dispense with the heat pump and directly heat. Geothermal probes at the current state of the art are reaching the limits of its applicability. Only newly developed geothermal probes offer a pressure resistance and temperature resistance in order to exploit these deeper regions. Such projects will be accompanied by the mining authority according to the power of approval. Extensive financial supports are available with the market incentive program of the Federal Government. Thus, the use of geothermal probes is possible in deeper regions. The feasibility and cost of future projects will be affected positively.
Citation Formats
Stuckmann, Uwe, and Gottschalk, Daniel.
Probes for the development of medium deep geothermal energy; Sonden zur Erschliessung der mitteltiefen Geothermie.
Germany: N. p.,
2011.
Web.
Stuckmann, Uwe, & Gottschalk, Daniel.
Probes for the development of medium deep geothermal energy; Sonden zur Erschliessung der mitteltiefen Geothermie.
Germany.
Stuckmann, Uwe, and Gottschalk, Daniel.
2011.
"Probes for the development of medium deep geothermal energy; Sonden zur Erschliessung der mitteltiefen Geothermie."
Germany.
@misc{etde_21538762,
title = {Probes for the development of medium deep geothermal energy; Sonden zur Erschliessung der mitteltiefen Geothermie}
author = {Stuckmann, Uwe, and Gottschalk, Daniel}
abstractNote = {Compared to the near-surface geothermal energy, higher temperatures can be developed in the medium-depth geothermal energy (400 to 1,000 meters). Thus, the efficiency of geothermal power plants can be increased. The significantly higher yield performance and extraction performance are opposite to the higher costs of installation. At high thermal gradients of the surface one may completely dispense with the heat pump and directly heat. Geothermal probes at the current state of the art are reaching the limits of its applicability. Only newly developed geothermal probes offer a pressure resistance and temperature resistance in order to exploit these deeper regions. Such projects will be accompanied by the mining authority according to the power of approval. Extensive financial supports are available with the market incentive program of the Federal Government. Thus, the use of geothermal probes is possible in deeper regions. The feasibility and cost of future projects will be affected positively.}
place = {Germany}
year = {2011}
month = {Oct}
}
title = {Probes for the development of medium deep geothermal energy; Sonden zur Erschliessung der mitteltiefen Geothermie}
author = {Stuckmann, Uwe, and Gottschalk, Daniel}
abstractNote = {Compared to the near-surface geothermal energy, higher temperatures can be developed in the medium-depth geothermal energy (400 to 1,000 meters). Thus, the efficiency of geothermal power plants can be increased. The significantly higher yield performance and extraction performance are opposite to the higher costs of installation. At high thermal gradients of the surface one may completely dispense with the heat pump and directly heat. Geothermal probes at the current state of the art are reaching the limits of its applicability. Only newly developed geothermal probes offer a pressure resistance and temperature resistance in order to exploit these deeper regions. Such projects will be accompanied by the mining authority according to the power of approval. Extensive financial supports are available with the market incentive program of the Federal Government. Thus, the use of geothermal probes is possible in deeper regions. The feasibility and cost of future projects will be affected positively.}
place = {Germany}
year = {2011}
month = {Oct}
}