Passive:Wufi Passive - Versionsgeschichte

SebSta am 4. Juni 2014 um 11:10 Uhr

2014-06-04T11:10:15Z

← Nächstältere Version		Version vom 4. Juni 2014, 13:10 Uhr
Zeile 1:		Zeile 1:
	WUFI®Passive was developed by the Fraunhofer-Institute of Building Physics (IBP) and the Passive House Institute US (PHIUS) by combining the WUFI®Plus building simulation tool with a Passive House Verification feature to meet the needs of ~~Passive House~~ communities worldwide.		WUFI®Passive was developed by the Fraunhofer-Institute of Building Physics (IBP) and the Passive House Institute US (PHIUS) by combining the WUFI®Plus building simulation tool with a Passive House Verification feature to meet the needs of passive building communities worldwide.
	<br>		<br>
	<br>		<br>
	In times of decreasing fossil fuel resources, ~~Passive Houses~~ have shown to be an important step towards ~~more~~ efficiency and less energy consumption in the building sector. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the integrated WUFI®Plus tool also has the ability of hygrothermal analysis and calculations.<br>		In times of decreasing fossil fuel resources, the implementation of passive building principles have shown to be an important step towards higher efficiency and less energy consumption in the building sector. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the integrated WUFI®Plus tool also has the ability of hygrothermal analysis and calculations.<br>
	The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on monthly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (heating, ventilation, HVAC etc) allows the calculation of the total energy demand. Depending on the energy sources used, the primary energy consumption is determined as well.<br>		The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on monthly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (heating, ventilation, HVAC etc) allows the calculation of the total energy demand. Depending on the energy sources used, the primary energy consumption is determined as well.<br>
	<br>		<br>
	'''NOTE:'''<br>		'''NOTE:'''<br>
	Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.		Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.

LisaWhite am 30. Mai 2014 um 17:01 Uhr

2014-05-30T17:01:28Z

← Nächstältere Version		Version vom 30. Mai 2014, 19:01 Uhr
Zeile 1:		Zeile 1:
	WUFI®Passive was developed by the Fraunhofer-Institute of Building Physics (IBP) and the Passive House Institute US (PHIUS) by combining the WUFI®Plus building simulation tool with a Passive House Verification feature to meet the ~~need~~ of Passive House communities worldwide.		WUFI®Passive was developed by the Fraunhofer-Institute of Building Physics (IBP) and the Passive House Institute US (PHIUS) by combining the WUFI®Plus building simulation tool with a Passive House Verification feature to meet the needs of Passive House communities worldwide.
	<br>		<br>
	<br>		<br>
	In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy ~~demand~~. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the ~~implemented~~ WUFI®Plus tool also ~~allows~~ hygrothermal ~~calculation~~.<br>		In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy consumption in the building sector. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the integrated WUFI®Plus tool also has the ability of hygrothermal analysis and calculations.<br>
	The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on ~~montly~~ or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (heating, ventilation, HVAC etc) allows the calculation of the total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>		The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on monthly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (heating, ventilation, HVAC etc) allows the calculation of the total energy demand. Depending on the energy sources used, the primary energy consumption is determined as well.<br>
	<br>		<br>
	'''NOTE:'''<br>		'''NOTE:'''<br>
	Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.		Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.

SebSta am 2. Juli 2013 um 11:35 Uhr

2013-07-02T11:35:58Z

← Nächstältere Version		Version vom 2. Juli 2013, 13:35 Uhr
Zeile 3:		Zeile 3:
	<br>		<br>
	In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy demand. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the implemented WUFI®Plus tool also allows hygrothermal calculation.<br>		In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy demand. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the implemented WUFI®Plus tool also allows hygrothermal calculation.<br>
	The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (~~hetaing~~, ~~ventialtion~~, HVAC etc) allows the calculation of a total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>		The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (heating, ventilation, HVAC etc) allows the calculation of the total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>
	<br>		<br>
	'''NOTE:'''<br>		'''NOTE:'''<br>
	Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.		Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.

SebSta am 11. Juni 2013 um 11:11 Uhr

2013-06-11T11:11:57Z

← Nächstältere Version		Version vom 11. Juni 2013, 13:11 Uhr
Zeile 6:		Zeile 6:
	<br>		<br>
	'''NOTE:'''<br>		'''NOTE:'''<br>
	Some links on the WUFI®Passive pages lead to WUFI®Plus pages~~. This is because~~ the respective pages ~~deal with the same topic as well as describe the same process~~.		Some links on the WUFI®Passive pages lead to WUFI®Plus pages, as there are no changes in the respective pages.

SebSta am 11. Juni 2013 um 11:09 Uhr

2013-06-11T11:09:35Z

← Nächstältere Version		Version vom 11. Juni 2013, 13:09 Uhr
Zeile 5:		Zeile 5:
	The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (hetaing, ventialtion, HVAC etc) allows the calculation of a total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>		The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (hetaing, ventialtion, HVAC etc) allows the calculation of a total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>
	<br>		<br>
	NOTE:		'''NOTE:'''<br>
	Some links on the WUFI®Passive pages lead to WUFI®Plus pages. This is because the respective pages deal with the same topic as well as describe the same process.		Some links on the WUFI®Passive pages lead to WUFI®Plus pages. This is because the respective pages deal with the same topic as well as describe the same process.

SebSta am 11. Juni 2013 um 11:09 Uhr

2013-06-11T11:09:20Z

← Nächstältere Version		Version vom 11. Juni 2013, 13:09 Uhr
Zeile 4:		Zeile 4:
	In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy demand. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the implemented WUFI®Plus tool also allows hygrothermal calculation.<br>		In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy demand. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the implemented WUFI®Plus tool also allows hygrothermal calculation.<br>
	The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (hetaing, ventialtion, HVAC etc) allows the calculation of a total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>		The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (hetaing, ventialtion, HVAC etc) allows the calculation of a total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>
			<br>
			NOTE:
			Some links on the WUFI®Passive pages lead to WUFI®Plus pages. This is because the respective pages deal with the same topic as well as describe the same process.

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2013-06-11T11:02:59Z

Die Seite wurde neu angelegt: WUFI®Passive was developed by the Fraunhofer-Institute of Building Physics (IBP) and the Passive House Institute US (PHIUS) by combining the WUFI®Plus building simula...

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WUFI®Passive was developed by the Fraunhofer-Institute of Building Physics (IBP) and the Passive House Institute US (PHIUS) by combining the WUFI®Plus building simulation tool with a Passive House Verification feature to meet the need of Passive House communities worldwide.
<br>
<br>
In times of decreasing fossil fuel resources, Passive Houses have shown to be an important step towards more efficiency and less energy demand. By using dynamic models and hourly data, WUFI®Passive has an edge against other verification tools, and the implemented WUFI®Plus tool also allows hygrothermal calculation.<br>
The Passive House Verification in WUFI®Passive calculates the energy demand of buildings on montly or annual basis. Thereby transmission, ventilation, radiation and inner loads are considered. The energy gains and losses are balanced and a detailed input (hetaing, ventialtion, HVAC etc) allows the calculation of a total energy demand. Depending on the energy sources used the primary energy consumption is determined.<br>