Translations:Wasserinfrastruktur/2/en: Unterschied zwischen den Versionen
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*[[Special:MyLanguage/Transportstrecke|Transport reach]] | *[[Special:MyLanguage/Transportstrecke|Transport reach]] | ||
*[[Special:MyLanguage/Verbraucher|Consumer]] | *[[Special:MyLanguage/Verbraucher|Consumer]] | ||
*[[Special:MyLanguage/Speicher| | *[[Special:MyLanguage/Speicher|Storage]] | ||
The system elements [[Special:MyLanguage/Speicher| | The system elements [[Special:MyLanguage/Speicher|storage]] and [[Special:MyLanguage/Verzweigung|diversion]] offer the possibility to control their outputs with complex operating rules. | ||
In Talsim-NG hydroelectric power plants can be simulated using the | In Talsim-NG hydroelectric power plants can be simulated using the storage system element. If a run-of-river hydroelectric plant is to be needs to be simulated, the corresponding water course section must be defined as a [[Special:MyLanguage/Speicher|storage]]. |
Aktuelle Version vom 30. August 2021, 09:11 Uhr
Structural changes in the natural river basin and the operation of water resources structures can have a significant influence on the water balance and must therefore be able to be represented in a river basin model. In reality there are a multitude of hydraulic structures, such as canals, dams, flood control reservoirs, stormwater retention basins, abstraction and discharge structures, weirs, hydroelectric power plants, etc. In the river basin model Talsim-NG these structures can be abstracted and simulated using the following four system elements:
The system elements storage and diversion offer the possibility to control their outputs with complex operating rules. In Talsim-NG hydroelectric power plants can be simulated using the storage system element. If a run-of-river hydroelectric plant is to be needs to be simulated, the corresponding water course section must be defined as a storage.