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The approach of operating a reservoir or regulating elements to directly or indirectly facilitate or influence a use 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, the optimal condition is expressed as a target. The targets of several uses might be competing. E.g., to safely operate a water supply from a reservoir, it is optimal to store as much water as possible. However, to use the reservoir as a flood protection measure, an empty reservoir is optimal. Models can help to optimize the system states considering competing uses. However, a well-adjusted balance is gained by defining the reservoir 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.
Aktuelle Version vom 30. August 2021, 09:31 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.