Difference between revisions of "Flat Roof URBANSCAPE Extensive Green Roof System with water storage buffer"

Revision as of 15:25, 9 July 2017 (edit) Design4EnergyAutomatic (Talk | contribs) (Created page with "{{Roof2 |Description= |Advantages= |Disadvantages= |Application barriers= |Information sources= |Image= |Trade= |NameMin=URBANSCAPE |NameMax=N/A |MaterialMin=URBANSCAPE System...")		Latest revision as of 16:36, 9 July 2017 (edit) (undo) Admin (Talk | contribs)
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	|NameMin=URBANSCAPE		|NameMin=URBANSCAPE
	|NameMax=N/A		|NameMax=N/A
−	|MaterialMin=URBANSCAPE System	+	|MaterialMin=URBANSCAPE System,
	|MaterialMax=N/A		|MaterialMax=N/A
	|DimensionsMin=Unlimited		|DimensionsMin=Unlimited
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	|Life ExpectancyMin=30		|Life ExpectancyMin=30
	|Life ExpectancyMax=30		|Life ExpectancyMax=30
		+	|Causes=sun radiation, temperature variations, structural movement, mechanical stress
		+	|Parameter=U-value, water storage, waterproofing, air infiltration
		+	|Degradation Rate=0-1
		+	|Measurement=onsite testing, energy monitoring
	|}}		|}}

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Latest revision as of 16:36, 9 July 2017

[edit]

• Overview
• Performance Factors
• Deterioration
• Files

Description
Advantages
Disadvantages
Characteristic features
Application barriers
Information sources
Image
Trade:

Parameter	Minimal Value	Maximal Value	Unit
Name	URBANSCAPE	N/A
Material	URBANSCAPE System,	N/A
Dimensions			m
Thickness			m
Weight	50	1000	kg/m²
Density			kg/m³
U-Value - Thermal Transmittance			W/m2K
Annual Degradation Rate on U-Value	1	1	%
R-Value
Thermal Conductivity			W/mK
Specific Heat Capacity Thermal mass	N/A (multilayer)	N/A (multilayer)	kJ/kgK kJ/(m2K)
Solar Heat Gain Coefficient			%
Solar Absorption (outside surface)
Orientation
Investment Cost	70	300	€/m2
Operational Cost	20	60	€/year
Replacement Cost	100	400	€/year
Life Expectancy	30	30	years

Deterioration	Description
Causes	sun radiation, temperature variations, structural movement, mechanical stress
Parameter	U-value, water storage, waterproofing, air infiltration
Degradation Rate	0-1
Measurement	onsite testing, energy monitoring

The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system.

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