Translations:Verbraucher/8/en - Versionsgeschichte

Froehlich am 26. November 2020 um 07:51 Uhr

2020-11-26T07:51:21Z

← Nächstältere Version		Version vom 26. November 2020, 09:51 Uhr
Zeile 1:		Zeile 1:
	Just as a consumer can receive external contributions, it can also deliver water to areas outside of the modelled system. Such a situation exists e.g. if a waterworks facility has to serve several supply areas, of which at least one is not part of the modeled system. Or if a sewer system discharges water into a body of water outside of the modeled system. More generally, it can be used to model the transfer of water from a modeled catchment to a catchment outside of the system.		Just as a consumer can receive external contributions, it can also deliver water to areas outside of the modelled system. Such a situation exists e.g. if a waterworks facility has to serve several supply areas, of which at least one is not part of the modeled system. Or if a sewer system discharges water into a body of water outside of the modeled system. More generally, it can be used to model the transfer of water from a modeled catchment to a catchment outside of the system.
	In such a case, a consumer behaves like a diversion, where three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung\|diversion]] element).		In such a case, a consumer behaves like a diversion, where three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung\|diversion]] element).
	:* Threshold value concept		* Threshold value concept
	:: If the return flow from the consumer exceeds a certain threshold value, the portion of flow above the threshold value is diverted and not returned to the system.		: If the return flow from the consumer exceeds a certain threshold value, the portion of flow above the threshold value is diverted and not returned to the system.
	:* Percentage distribution		* Percentage distribution
	:: A certain percentage of the water flowing back to the system from the consumer is diverted to an external area and not returned to the system.		: A certain percentage of the water flowing back to the system from the consumer is diverted to an external area and not returned to the system.
	:* Diversion according to a rating curve		* Diversion according to a rating curve
	:: The amount of flow diverted to external areas depends on the current return flow of the consumer.		: The amount of flow diverted to external areas depends on the current return flow of the consumer.

Froehlich am 26. November 2020 um 07:50 Uhr

2020-11-26T07:50:51Z

← Nächstältere Version		Version vom 26. November 2020, 09:50 Uhr
Zeile 1:		Zeile 1:
	Just as a consumer can receive external contributions, it can also deliver water to areas outside of the modelled system. Such a situation exists e.g. if a waterworks facility has to serve several supply areas, of which at least one is not part of the modeled system. Or if a sewer system discharges water into an body of water outside of the modeled system. ~~Also~~, it can be used to model the transfer of water from ~~the~~ modeled ~~system~~ to ~~another~~ system.		Just as a consumer can receive external contributions, it can also deliver water to areas outside of the modelled system. Such a situation exists e.g. if a waterworks facility has to serve several supply areas, of which at least one is not part of the modeled system. Or if a sewer system discharges water into a body of water outside of the modeled system. More generally, it can be used to model the transfer of water from a modeled catchment to a catchment outside of the system.
	In such a case, a consumer behaves like a diversion, where three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung\|diversion]] element).		In such a case, a consumer behaves like a diversion, where three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung\|diversion]] element).
	:* Threshold value concept		:* Threshold value concept

Froehlich am 26. November 2020 um 07:38 Uhr

2020-11-26T07:38:30Z

← Nächstältere Version		Version vom 26. November 2020, 09:38 Uhr
Zeile 1:		Zeile 1:
	Just as a consumer can ~~obtain subsidies from foreign areas~~, he can also ~~supply~~ water to areas outside the system ~~under consideration~~. Such a situation exists if a waterworks has to serve several supply areas, ~~where~~ at least one is not part of the system ~~to be simulated~~. ~~The discharge behaviour of~~ a sewer system into ~~a foreign area~~ can be ~~simulated in a simplified way using this method. This behavior corresponds~~ to the ~~simulation~~ of ~~transfers~~ to ~~other catchment areas~~.		Just as a consumer can receive external contributions, it can also deliver water to areas outside of the modelled system. Such a situation exists e.g. if a waterworks facility has to serve several supply areas, of which at least one is not part of the modeled system. Or if a sewer system discharges water into an body of water outside of the modeled system. Also, it can be used to model the transfer of water from the modeled system to another system.
	In such a case, a consumer behaves like a ~~partitioning structure~~, ~~whereby~~ three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung\|~~branch~~]] element).		In such a case, a consumer behaves like a diversion, where three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung\|diversion]] element).
	:* Threshold value concept		:* Threshold value concept
	:: If the ~~water flowing back~~ from the consumer ~~to the system~~ exceeds a certain ~~limit~~ value, the portion above the ~~limit~~ value is ~~cut off or~~ not returned to the system.		:: If the return flow from the consumer exceeds a certain threshold value, the portion of flow above the threshold value is diverted and not returned to the system.
	:* Percentage distribution		:* Percentage distribution
	:: A certain percentage of the water flowing back to the system from the consumer is ~~treated as a discount~~ to ~~other catchment areas~~ and is not returned to the system.		:: A certain percentage of the water flowing back to the system from the consumer is diverted to an external area and not returned to the system.
	:* ~~Distribution~~ according to a ~~characteristic~~ curve		:* Diversion according to a rating curve
	:: The amount of ~~the discount~~ to ~~other~~ areas depends on the current ~~amount flowing back from~~ the consumer.		:: The amount of flow diverted to external areas depends on the current return flow of the consumer.

Ferrao: Die Seite wurde neu angelegt: „Just as a consumer can obtain subsidies from foreign areas, he can also supply water to areas outside the system under consideration. Such a situation exists i…“

2020-11-17T10:26:55Z

Die Seite wurde neu angelegt: „Just as a consumer can obtain subsidies from foreign areas, he can also supply water to areas outside the system under consideration. Such a situation exists i…“

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Just as a consumer can obtain subsidies from foreign areas, he can also supply water to areas outside the system under consideration. Such a situation exists if a waterworks has to serve several supply areas, where at least one is not part of the system to be simulated. The discharge behaviour of a sewer system into a foreign area can be simulated in a simplified way using this method. This behavior corresponds to the simulation of transfers to other catchment areas.
In such a case, a consumer behaves like a partitioning structure, whereby three different concepts are conceivable (for a detailed explanation of the options, see the [[Special:MyLanguage/Verzweigung|branch]] element).
:* Threshold value concept
:: If the water flowing back from the consumer to the system exceeds a certain limit value, the portion above the limit value is cut off or not returned to the system.
:* Percentage distribution
:: A certain percentage of the water flowing back to the system from the consumer is treated as a discount to other catchment areas and is not returned to the system.
:* Distribution according to a characteristic curve
:: The amount of the discount to other areas depends on the current amount flowing back from the consumer.