(Die Seite wurde neu angelegt: „If such a claim or use is present in a water ressources system, there is generally also the possibility of intervening in the water balance in a regulating man…“)
(4 dazwischenliegende Versionen von einem anderen Benutzer werden nicht angezeigt)
Zeile 1:
Zeile 1:
If such a claim or use is present in a water ressources system, there is generally also the possibility of intervening in the water balance in a regulating manner. In many cases reservoirs are suitable structures for intervening in the water balance due to their balancing effect and practical control possibilities. If there is a use that is directly or indirectly controlled or at least influenced by a reservoir or by means of regulating organs at the reservoir, this is called reservoir operation.
The approach of operating a storage or regulating elements to directly or indirectly facilitate or influence a use is called ''storage operation''.
For each use an optimal condition exists, which can usually be expressed in the form of a target. These goals are partly competing. For example, for a safe water supply from a reservoir it is optimal to keep as much water as possible. Exactly the opposite is true for flood protection, which requires an empty reservoir to absorb flood water. It is the task of storage operations to find a moderate balance between competing uses.
For each use, the optimal condition is expressed as a target and the targets of several uses might be competing. E.g., to safely operate a water supply from a storage, it is optimal to store as much water as possible. However, to use the storage as a flood protection measure, an empty storage is optimal. Models can help to optimize the system states considering competing uses. A well-adjusted balance is gained by defining the storage operation.
Aktuelle Version vom 30. August 2021, 10:31 Uhr
The approach of operating a storage or regulating elements to directly or indirectly facilitate or influence a use is called storage operation.
For each use, the optimal condition is expressed as a target and the targets of several uses might be competing. E.g., to safely operate a water supply from a storage, it is optimal to store as much water as possible. However, to use the storage as a flood protection measure, an empty storage is optimal. Models can help to optimize the system states considering competing uses. A well-adjusted balance is gained by defining the storage operation.