Passive:Dynamic Simulation - Versionsgeschichte

SebSta: /* Set Boundary Conditions from Passive House */

2014-06-04T11:04:24Z

Set Boundary Conditions from Passive House

← Nächstältere Version		Version vom 4. Juni 2014, 13:04 Uhr
Zeile 8:		Zeile 8:
	<br>		<br>
	<br>		<br>
	<br> Setpoints for WUFI®Plus in detail:		<br> Setpoints for WUFI®Plus in detail carried over when selecting „Set Boundary Conditions from Passive House“:
	<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,		<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,
	<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation		<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation

LisaWhite am 30. Mai 2014 um 18:18 Uhr

2014-05-30T18:18:14Z

SebSta am 18. Juli 2013 um 08:12 Uhr

2013-07-18T08:12:00Z

← Nächstältere Version		Version vom 18. Juli 2013, 10:12 Uhr
Zeile 3:		Zeile 3:
	<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.		<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.
	=== Set Boundary Conditions from Passive House ===		=== Set Boundary Conditions from Passive House ===
			[[Bild:Passive-new_button.png\|right\|thumb\|The new button can be found here]]
	Certain input parameters can be taken over from WUFI®Passive to WUFI®Plus mode. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.		Certain input parameters can be taken over from WUFI®Passive to WUFI®Plus mode. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.
	[[Bild:BoundaryConditionsPassivehouse.png\|left]]		[[Bild:BoundaryConditionsPassivehouse.png\|left]]

SebSta: /* Set Boundary Conditions from Passive House */

2013-07-17T14:46:43Z

Set Boundary Conditions from Passive House

← Nächstältere Version		Version vom 17. Juli 2013, 16:46 Uhr
Zeile 3:		Zeile 3:
	<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.		<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.
	=== Set Boundary Conditions from Passive House ===		=== Set Boundary Conditions from Passive House ===
			Certain input parameters can be taken over from WUFI®Passive to WUFI®Plus mode. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.
	[[Bild:BoundaryConditionsPassivehouse.png\|left]]		[[Bild:BoundaryConditionsPassivehouse.png\|left]]
	Certain input parameters can be taken over from WUFI®Passive to WUFI®Plus. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.
	<br>		<br>
	<br>		<br>
	Setpoints for WUFI®Plus in detail:		<br> Setpoints for WUFI®Plus in detail:
	<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,		<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,
	<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation		<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation

SebSta: /* Set Boundary Conditions from Passive House */

2013-07-17T14:40:43Z

Set Boundary Conditions from Passive House

← Nächstältere Version		Version vom 17. Juli 2013, 16:40 Uhr
Zeile 3:		Zeile 3:
	<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.		<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.
	=== Set Boundary Conditions from Passive House ===		=== Set Boundary Conditions from Passive House ===
	[[Bild:~~Passive-resultbox_error~~.png\|left]]		[[Bild:BoundaryConditionsPassivehouse.png\|left]]
	Certain input parameters can be taken over from WUFI®Passive to WUFI®Plus. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.		Certain input parameters can be taken over from WUFI®Passive to WUFI®Plus. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.
	<br>		<br>

SebSta: /* Set Boundary Conditions from Passive House */

2013-07-17T14:32:53Z

Set Boundary Conditions from Passive House

← Nächstältere Version		Version vom 17. Juli 2013, 16:32 Uhr
Zeile 15:		Zeile 15:
	<br> '''Mechanical Ventilation:''' Mechanical Ventilation = Average Air Change Rate Mechanical Ventilation. If there is an additional summer ventilation in passive mode, a separate profile for the summer months is created including the additional ventilation.		<br> '''Mechanical Ventilation:''' Mechanical Ventilation = Average Air Change Rate Mechanical Ventilation. If there is an additional summer ventilation in passive mode, a separate profile for the summer months is created including the additional ventilation.
	<br> '''Natural Ventilation:''' Same as Mech. Ventilation. Infiltration is taken into account.		<br> '''Natural Ventilation:''' Same as Mech. Ventilation. Infiltration is taken into account.
			<br> '''HVAC System:''' The maximum device capacity is taken over.
	<br style="clear:both" />		<br style="clear:both" />

SebSta: /* Set Boundary Conditions from Passive House */

2013-07-17T14:07:58Z

Set Boundary Conditions from Passive House

← Nächstältere Version		Version vom 17. Juli 2013, 16:07 Uhr
Zeile 13:		Zeile 13:
	<br> '''Internal loads:''' A constant moisture load is added depending on the humidity source entry of the passive house calculation		<br> '''Internal loads:''' A constant moisture load is added depending on the humidity source entry of the passive house calculation
	<br> '''Relative Humidity:''' Design Maximal Relative Humidity = Max Humidity Ratio Dehumidification		<br> '''Relative Humidity:''' Design Maximal Relative Humidity = Max Humidity Ratio Dehumidification
			<br> '''Mechanical Ventilation:''' Mechanical Ventilation = Average Air Change Rate Mechanical Ventilation. If there is an additional summer ventilation in passive mode, a separate profile for the summer months is created including the additional ventilation.
			<br> '''Natural Ventilation:''' Same as Mech. Ventilation. Infiltration is taken into account.
	<br style="clear:both" />		<br style="clear:both" />

SebSta: /* Set Boundary Conditions from Passive House */

2013-07-17T13:32:58Z

Set Boundary Conditions from Passive House

← Nächstältere Version		Version vom 17. Juli 2013, 15:32 Uhr
Zeile 10:		Zeile 10:
	<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,		<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,
	<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation		<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation
	<br> '''Internal loads:'''		<br> '''Internal loads:''' A constant heat load is added depending on the internal heat gains of the passive house calculation
			<br> '''Internal loads:''' A constant moisture load is added depending on the humidity source entry of the passive house calculation
			<br> '''Relative Humidity:''' Design Maximal Relative Humidity = Max Humidity Ratio Dehumidification
	<br style="clear:both" />		<br style="clear:both" />

SebSta am 17. Juli 2013 um 13:04 Uhr

2013-07-17T13:04:23Z

← Nächstältere Version		Version vom 17. Juli 2013, 15:04 Uhr
Zeile 8:		Zeile 8:
	<br>		<br>
	Setpoints for WUFI®Plus in detail:		Setpoints for WUFI®Plus in detail:
	<br> Temperature: Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,		<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,
	<br> Ground temperature: New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation		<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation
	<br> Internal loads:		<br> '''Internal loads:'''
	<br style="clear:both" />		<br style="clear:both" />

SebSta: /* Switch to dynamic Mode */

2013-07-17T13:03:08Z

Switch to dynamic Mode

← Nächstältere Version		Version vom 17. Juli 2013, 15:03 Uhr
Zeile 1:		Zeile 1:
	== Switch to dynamic Mode ==		== Switch to dynamic Mode ==
	The major advantage of WUFI®Passive is the possiblity to compare the results of the static passive house calculation method with the dynamic simulation of WUFI®Plus.		The major advantage of WUFI®Passive is the possiblity to compare the results of the static passive house calculation method with the dynamic simulation of WUFI®Plus.
			<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.
	=== Set Boundary Conditions from Passive House ===		=== Set Boundary Conditions from Passive House ===
	[[Bild:Passive-resultbox_error.png\|left]]		[[Bild:Passive-resultbox_error.png\|left]]

← Nächstältere Version		Version vom 30. Mai 2014, 20:18 Uhr
Zeile 1:		Zeile 1:
	== Switch to dynamic Mode ==		== Switch to dynamic Mode ==
	The major advantage of WUFI®Passive is the possiblity to compare the results of the static passive house calculation method with the dynamic simulation of WUFI®Plus.		The major advantage of WUFI®Passive is the possiblity to compare the results of the static passive house calculation method with the dynamic simulation of WUFI®Plus.
	<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials like heat storage capacity or hygrothermal properties.		<br> Please note that the simulation of WUFI®Plus requires additional input data, especially for materials, which require data like heat storage capacity and hygrothermal properties.
	=== Set Boundary Conditions from Passive House ===		=== Set Boundary Conditions from Passive House ===
	[[Bild:Passive-new_button.png\|right\|thumb\|The new button can be found here]]		[[Bild:Passive-new_button.png\|right\|thumb\|The new button can be found here]]
	Certain input parameters can be ~~taken~~ over from WUFI®Passive to WUFI®Plus mode. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.		Certain input parameters can be carried over from WUFI®Passive to WUFI®Plus mode. To simplify this step new a button "Set Boundary Conditions from Passive House" has been introduced. This option will set reasonable values for the dynamic simulation mode for better comparison of the results.
	[[Bild:BoundaryConditionsPassivehouse.png\|left]]		[[Bild:BoundaryConditionsPassivehouse.png\|left]]
	<br>		<br>
Zeile 11:		Zeile 11:
	<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,		<br> '''Temperature:''' Design Minimal Temperature = indoor temperature, Design Maximal Temperature = overheating temperature,
	<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation		<br> '''Ground temperature:''' New optional ground climate added with Relative Humidity = 99 constant, Temperature = sin curve with min/max values and phase shift from WUFI®Passive calculation
	<br> '''Internal loads:''' A constant ~~heat~~ load is added depending on the internal heat gains of the passive house calculation		<br> '''Internal loads:''' A constant internal load is added depending on the internal heat gains of the passive house calculation
	<br> '''Internal loads:''' A constant moisture load is added depending on the humidity source entry of the passive house calculation		<br> '''Internal loads:''' A constant moisture load is added depending on the humidity source entry of the passive house calculation
	<br> '''Relative Humidity:''' Design Maximal Relative Humidity = Max Humidity Ratio Dehumidification		<br> '''Relative Humidity:''' Design Maximal Relative Humidity = Max Humidity Ratio Dehumidification set in passive house verification mode
	<br> '''Mechanical Ventilation:''' Mechanical Ventilation = Average Air Change Rate Mechanical Ventilation. If there is an additional summer ventilation in passive mode, a separate profile for the summer months is created including the additional ventilation.		<br> '''Mechanical Ventilation:''' Mechanical Ventilation = Average Air Change Rate Mechanical Ventilation. If there is an additional summer ventilation in passive mode, a separate profile for the summer months is created including the additional ventilation.
	<br> '''Natural Ventilation:''' Same as Mech. Ventilation. Infiltration is taken into account.		<br> '''Natural Ventilation:''' Same as Mech. Ventilation. Infiltration is taken into account.
	<br> '''HVAC System:''' The maximum device capacity is taken over.		<br> '''HVAC System:''' The maximum device capacity is taken over.
	<br style="clear:both" />		<br style="clear:both" />