Name: smartwin compact
Brand: pro Passivhausfenster GmbH

Window
smartwin compact

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Frame cut	Frame width `b`_f/mm	Frame `U` value `U`_f/(W/(m² K))	Glass edge `Ψ` value `Ψ`_g/(W/(m K))	Temperature factor `f`_Rsi = 0,25 m²K/W
Threshold	76	0.97	0.020	0.72
Side door	142	0.72	0.020	0.73
Bottom	76	0.93	0.020	0.72
Transom 2 casements	142	0.92	0.020	0.71
Transom Fixed	110	0.79	0.020	0.71
Top Fixed	67	0.53	0.021	0.76
Bottom Fixed	76	0.72	0.020	0.74
Lateral Fixed	67	0.53	0.021	0.76
Transom 1 casement	110	0.90	0.020	0.71
Lateral	67	0.71	0.021	0.75
Flying Mullion	110	0.73	0.020	0.74
Mullion Fixed	110	0.62	0.021	0.74
Mullion 2 casements	142	0.71	0.021	0.74
Mullion 1 casement	110	0.73	0.021	0.73
Top	67	0.71	0.021	0.75

Technical Images

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Installationsituation
I want to use my own installation values
Ψ_up= W/(mK) Ψ_down= W/(mK)	Ψ_left= W/(mK) Ψ_right= W/(mK)
Or select certified Situation:	`U`_{W, installed} = ? W/(m² K)

Cost Calculation
Orientation :	Please choose orientation of the window to get the PHPP-standard values for solar radiation
Degree Days: kKh/a Solar Radiation: kWh/(m²a)	Reduction factor of solar yield: Shading factor:	Recommended Value for Reduction Factor is 0.9 Shading Factor should be between 0.1 and 1. For standard situations look in ISO EN 13790
Energy price €/kWh	Real Interest Rate %	Life-Time Years
Purchase price: €
	Present Value(energy) = ? € Present Value(total) = ? €

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