Translations:Betriebsregeltypen/39/en - Versionsgeschichte

Haghani am 30. August 2021 um 10:27 Uhr

2021-08-30T10:27:36Z

← Nächstältere Version		Version vom 30. August 2021, 12:27 Uhr
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	* Dependency: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct dependency between ~~reservoir~~ and control point]]		* Dependency: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct dependency between storage and control point]]
	:There is a direct dependency between the discharge from the ~~reservoir~~ and the current inflow to the ~~reservoir~~. Similar to the pool-based operating plan, there is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime downstream. However, long-term inflow fluctuations are difficult to detect with this operating rule, since the observations are only carried out as snapshots and not continuously.		:There is a direct dependency between the discharge from the storage and the current inflow to the storage. Similar to the pool-based operating plan, there is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime downstream. However, long-term inflow fluctuations are difficult to detect with this operating rule, since the observations are only carried out as snapshots and not continuously.

T.Schnellbach am 31. März 2021 um 08:04 Uhr

2021-03-31T08:04:46Z

← Nächstältere Version		Version vom 31. März 2021, 10:04 Uhr
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	* ~~Dependenc<~~: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct dependency between reservoir and control point]]		* Dependency: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct dependency between reservoir and control point]]
	:There is a direct dependency between the discharge from the reservoir and the current inflow to the reservoir. Similar to the pool-based operating plan, there is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime downstream. However, long-term inflow fluctuations are difficult to detect with this operating rule, since the observations are only carried out as snapshots and not continuously.		:There is a direct dependency between the discharge from the reservoir and the current inflow to the reservoir. Similar to the pool-based operating plan, there is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime downstream. However, long-term inflow fluctuations are difficult to detect with this operating rule, since the observations are only carried out as snapshots and not continuously.

T.Schnellbach am 31. März 2021 um 07:51 Uhr

2021-03-31T07:51:20Z

← Nächstältere Version		Version vom 31. März 2021, 09:51 Uhr
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	* ~~Dependence~~: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct ~~influence~~ between reservoir and control point]]		* Dependenc<: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct dependency between reservoir and control point]]
	:~~Here there~~ is a direct ~~coupling~~ between the ~~output~~ and the current inflow to the reservoir. Similar to the pool-based operating plan, it is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime ~~in the underflow~~. However, long-term inflow fluctuations are difficult to detect with this operating rule, since ~~only momentary~~ observations are ~~made~~.		:There is a direct dependency between the discharge from the reservoir and the current inflow to the reservoir. Similar to the pool-based operating plan, there is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime downstream. However, long-term inflow fluctuations are difficult to detect with this operating rule, since the observations are only carried out as snapshots and not continuously.

Ferrao am 26. November 2020 um 15:01 Uhr

2020-11-26T15:01:56Z

← Nächstältere Version		Version vom 26. November 2020, 17:01 Uhr
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	* Dependence: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct influence between reservoir and control point]]		* Dependence: [[Datei:Theorie_Abb11.png\|thumb\|Figure 11: Direct influence between reservoir and control point]]
	Here there is a direct coupling between the output and the current inflow to the reservoir. Similar to the pool-based operating plan, it is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime in the underflow. However, long-term inflow fluctuations are difficult to detect with this operating rule, since only momentary observations are made.		:Here there is a direct coupling between the output and the current inflow to the reservoir. Similar to the pool-based operating plan, it is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime in the underflow. However, long-term inflow fluctuations are difficult to detect with this operating rule, since only momentary observations are made.

Ferrao: Die Seite wurde neu angelegt: „* Dependence: Figure 11: Direct influence between reservoir and control point Here there is a direct coupling between the out…“

2020-11-26T13:06:58Z

Die Seite wurde neu angelegt: „* Dependence: thumb|Figure 11: Direct influence between reservoir and control point Here there is a direct coupling between the out…“

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* Dependence: [[Datei:Theorie_Abb11.png|thumb|Figure 11: Direct influence between reservoir and control point]]
Here there is a direct coupling between the output and the current inflow to the reservoir. Similar to the pool-based operating plan, it is also an adaptation to different inflow situations. This is done to prevent depletion or overflowing or to obtain a variable discharge regime in the underflow. However, long-term inflow fluctuations are difficult to detect with this operating rule, since only momentary observations are made.