Name: aluplast energeto 8000
Brand: aluplast GmbH

Window
aluplast energeto 8000

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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 side entrance	89	1.62	0.025	0.69
Threshold balcony	82	1.72	0.025	0.68
Threshold balcony (Variant 1)	82	1.52	0.024	0.69
Bottom	149	1.14	0.025	0.73
Transom 2 casements	181	1.04	0.025	0.64
Transom Fixed	104	1.01	0.025	0.71
Top Fixed	80	0.85	0.025	0.72
Bottom Fixed	110	1.12	0.025	0.72
Lateral Fixed	80	0.85	0.025	0.72
Transom 1 casement	143	1.03	0.025	0.66
Lateral	119	0.96	0.026	0.73
Flying Mullion thick	162	0.99	0.025	0.62
Flying Mullion narrow	142	1.10	0.025	0.58
Flying Mullion wing	126	1.01	0.025	0.62
Mullion Fixed	104	1.01	0.025	0.71
Mullion 2 casements	181	1.04	0.025	0.64
Mullion 1 casement	143	1.03	0.025	0.66
Top	119	0.96	0.026	0.73

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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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aluplast energeto 8000