results of buildings-calculations

Project name: example building 2

building overall

PENRT:	79,4 kWh / (a m² ref. area)
PENRE:	74,4 kWh / (a m² ref. area)
PENRM:	4,98 kWh / (a m² ref. area)
PERT:	105 kWh / (a m² ref. area)
PERE:	95,3 kWh / (a m² ref. area)
PERM:	10,2 kWh / (a m² ref. area)

GWP-total:	17,8 kg CO₂ equ. / (a m² ref. area)
GWP-fossil:	19,6 kg CO₂ equ. / (a m² ref. area)
GWP-biogenic:	-1,75 kg CO₂ equ. / (a m² ref. area)
AP:	0,0759 kg SO₂ equ. / (a m² ref. area)
EP:	0,0369 kg PO₄^3- / (a m² ref. area)
POCP:	0,0171 kg C₂H₄ / (a m² ref. area)
ODP:	1,68·10^-6 kg CFC-11 / (a m² ref. area)

GFA:	158,24 m²
ref. area:	158,24 m²
l_c:	1,45 m
catalog of LCA indicators:	IBO benchmarks 2012
useful life considered:	yes, with integer replacements rates (according to EN 15804 standard)
study period:	100 years
service life catalog:	2012
calculation for:	new building

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Bauteile

PENRT
kWh

PENRE
kWh

PENRM
kWh

PERT
kWh

PERE
kWh

PERM
kWh

GWP-total
kg CO₂ equ.

GWP-fossil
kg CO₂ equ.

GWP-biogenic
kg CO₂ equ.

AP
kg SO₂ equ.

EP
kg PO₄^3-

POCP
kg C₂H₄

ODP
kg CFC-11

quantity

building element

per a m² ref. area

212,20 m²

AWl03_g

6,7

6,4

0,32

4,0

0,81

3,2

0,86

1,58

-0,72

0,0087

0,0028

0,0016

1,19·10^-7

79,12 m²

DAl05_g

4,8

3,2

1,58

1,6

0,40

1,2

0,39

0,66

-0,27

0,0033

0,0013

0,0003

0,98·10^-7

21,00 m²

Dreifach_Ar_PVC_5Kammer

1,4

1,2

0,24

0,1

0,06

0,0

0,28

-0,00

0,0015

0,0004

0,0001

0,15·10^-7

59,75 m²

EAm04_a1m_g

2,9

1,7

1,23

0,1

0,13

0,0

0,45

0,46

-0,00

0,0017

0,0004

0,0076

0,45·10^-7

30,25 m²

EAm04_b1m_g

1,9

1,1

0,79

0,1

0,07

0,0

0,29

-0,00

0,0011

0,0002

0,0039

0,24·10^-7

79,12 m²

EFu01_a

4,3

3,9

0,39

1,6

0,59

1,0

1,00

1,07

-0,07

0,0038

0,0019

0,0003

0,79·10^-7

79,12 m²

GDI01_g

3,2

3,0

0,20

3,3

0,81

2,5

0,32

0,70

-0,37

0,0032

0,0014

0,0002

0,58·10^-7

1,00 piece

Haustechnik Einzelbestandteile

6,1

6,0

0,09

0,5

0,54

0,0

1,40

-0,00

0,0071

0,0046

0,0004

1,91·10^-7

134,86 m²

IWl01_g

1,0

0,00

0,2

0,16

0,0

0,21

-0,01

0,0009

0,0004

0,0001

0,22·10^-7

79,12 m²

KDl01_g

2,8

2,7

0,14

2,9

0,65

2,2

0,30

0,61

-0,31

0,0029

0,0013

0,0002

0,52·10^-7

1,00 piece

Stiege

0,0

0,00

0,0

0,00

0,0

0,01

-0,00

0,0000

0,00·10^-7

774,54 m²

sum

35,3

30,3

4,98

14,4

4,24

10,2

5,51

7,26

-1,75

0,0342

0,0148

0,0146

7,03·10^-7

end of life

PENRT
kWh

PENRE
kWh

PENRM
kWh

PERT
kWh

PERE
kWh

PERM
kWh

GWP-total
kg CO₂ equ.

GWP-fossil
kg CO₂ equ.

GWP-biogenic
kg CO₂ equ.

AP
kg SO₂ equ.

EP
kg PO₄^3-

POCP
kg C₂H₄

ODP
kg CFC-11

per a m² ref. area

sum (87,7% of all components with known mass included)

0,943

0,00

0,0156

0,00

2,24

0,00

0,00124

0,000691

4,41·10^-5

3,34·10^-8

The following components could not be included in the calculation: Heizaggregat elektr 5kW für Solaranlagen, Solarthermie, Elektroinstallationen für 3 kWp Photovoltaikanlage, Expansionsgefäss 25l, Solarthermie, Flachkollektor, Solarthermie, Pelletsofen 15 kW, Warmwasserspeicher, Edelstahl, 2000l, Wechselrichter 500 W, Photovoltaik, Photovoltaikpaneel, multi-Si, Umwälzpumpe für Solaranlagen, 40 W. They are not included in the disposal

operation

energy based on m² GFA

show individual energy sources

PENRT
kWh

PENRE
kWh

PENRM
kWh

PERT
kWh

PERE
kWh

PERM
kWh

GWP-total
kg CO₂ equ.

GWP-fossil
kg CO₂ equ.

GWP-biogenic
kg CO₂ equ.

AP
kg SO₂ equ.

EP
kg PO₄^3-

POCP
kg C₂H₄

ODP
kg CFC-11

per am² ref. area

heating water (28 kWh/m²a)

6,3

0,00

25,9

0,00

1,3

0,00

0,0096

0,0055

0,00062

1,01·10^-7

space heating (58 kWh/m²a)

13,0

0,00

53,7

0,00

2,6

0,00

0,0198

0,0114

0,00128

2,09·10^-7

electrical appliances (16 kWh/m²a)

23,9

0,00

11,4

0,00

6,2

0,00

0,0111

0,0046

0,00055

6,34·10^-7

sum (final energy requirement) (102 kWh/m²a)

43,2

0,00

91,0

0,00

10,1

0,00

0,0405

0,0214

0,00246

9,43·10^-7

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opaque and transparent components and building services in detail (graphic representation)

AWl03_g (30358)

Fläche:	212,2 m²
mass:	96,6 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

0,114 W/m²K

U value ²

PENRT:	1.803 MJ/m²
PENRE:	1.718 MJ/m²
PENRM:	85,2 MJ/m²
PERT:	1.071 MJ/m²
PERE:	217 MJ/m²
PERM:	854 MJ/m²
GWP-total:	63,9 kg CO₂ equ./m²
GWP-fossil:	118 kg CO₂ equ./m²
GWP-biogenic:	-53,7 kg CO₂ equ./m²
AP:	0,650 kg SO₂ equ./m²
EP:	0,211 kg PO₄^3-/m²
POCP:	0,119 kg C₂H₄/m²
ODP:	8,88·10^-6 kg CFC-11/m²

no.	layer (from inside to outside)	d cm	Useful life >br> duration / years
1	Gypsum plasterboard (900 kg/m³)	1,50	50
2	Gypsum plasterboard (900 kg/m³)	1,50	50
3	inhomogeneous (parts horizontal)	5,00
	56,3 cm (90%) Glass wool MW(GW)-W (18 kg/m³)	5,00	50
	6,3 cm (10%) Timber (425 kg/m³) - rough, technically dried	5,00	50
4	Dampfbremse PE (Polyethylene (PE) vapour brake)	0,02	50
5	Internal chipboard (650 kg/m³)	1,50	50
6	inhomogeneous (parts vertical)	20,00
	56,3 cm (90%) Glass wool MW(GW)-W (18 kg/m³)	20,00	50
	6,3 cm (10%) Timber (425 kg/m³) - rough, technically dried	20,00	100
7	Befestigungen (Stahl) (Low-alloy steel (alloy content: 1 %))	0,01	50
8	Internal chipboard (650 kg/m³)	1,60	50
9	Mineral adhesive	1,00	¹50
10	Rock wool MW(SW)-PT 10 (120 kg/m³)	10,00	50
11	Putzgrund (Silikat) (Silicate plaster (without synthetic resin additive))	0,01	50
12	Silicate plaster with synthetic resin additive	0,19	50
	building element	42,34

¹ deviating from service life catalogue ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.

DAl05_g (30358)

Fläche:	79,12 m²
mass:	183,7 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

0,088 W/m²K

U value ²

PENRT:	3.443 MJ/m²
PENRE:	2.307 MJ/m²
PENRM:	1.136 MJ/m²
PERT:	1.181 MJ/m²
PERE:	289 MJ/m²
PERM:	892 MJ/m²
GWP-total:	77,7 kg CO₂ equ./m²
GWP-fossil:	131 kg CO₂ equ./m²
GWP-biogenic:	-53,5 kg CO₂ equ./m²
AP:	0,670 kg SO₂ equ./m²
EP:	0,258 kg PO₄^3-/m²
POCP:	0,0665 kg C₂H₄/m²
ODP:	1,96·10^-5 kg CFC-11/m²

no.	layer	d cm	Useful life >br> duration / years
1	Fillings made of sand, gravel, grit (1800 kg/m³)	6,00	50
2	XPS–G 30 80 to 100 mm (32 kg/m³)	8,00	50
3	Polymer bitumen sealing sheeting	0,78	25
4	Internal chipboard (650 kg/m³)	1,80	50
5	inhomogeneous (parts normal to the eaves)	3,00
	59,4 cm (95%) Glass wool MW(GW)-W (18 kg/m³)	3,00	50
	3,1 cm (5%) Plywood and veneer timber for interior use (525 kg/m³)	3,00	¹100
6	inhomogeneous (parts normal to the eaves)	24,00
	61 cm (98%) Glass wool MW(GW)-W (18 kg/m³)	24,00	50
	1,5 cm (2%) OSB boards (650 kg/m³)	24,00	¹100
7	inhomogeneous (parts normal to the eaves)	3,00
	59,4 cm (95%) Glass wool MW(GW)-W (18 kg/m³)	3,00	50
	3,1 cm (5%) Plywood and veneer timber for interior use (525 kg/m³)	3,00	¹100
8	Internal chipboard (650 kg/m³)	1,80	50
9	Alu-Dampfsperre, selbstklebend (Aluminium foil)	0,01	50
10	inhomogeneous (parts parallel to the eaves)	5,00
	56,3 cm (90%) Glass wool MW(GW)-W (18 kg/m³)	5,00	50
	6,3 cm (10%) Timber (425 kg/m³) - planed, technically dried	5,00	50
11	Gypsum plasterboard (900 kg/m³)	1,50	50
12	Gypsum plasterboard (900 kg/m³)	1,50	50
13	Schrauben (Low-alloy steel (alloy content: 1 %))	0,01	50
	building element	56,40

¹ deviating from service life catalogue ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.

Dreifach_Ar_PVC_5Kammer (Window (transparent element))

Total area:	21 m²
percentage of frame:	26,1 %
service life:	yes, with integer replacements rates (according to EN 15804 standard)

PENRT:	3.847 MJ/m²
PENRE:	3.185 MJ/m²
PENRM:	662 MJ/m²
PERT:	168 MJ/m²
PERE:	168 MJ/m²
PERM:	0,00 MJ/m²
GWP-total:	209 kg CO₂ equ./m²
GWP-fossil:	210 kg CO₂ equ./m²
GWP-biogenic:	-0,426 kg CO₂ equ./m²
AP:	1,13 kg SO₂ equ./m²
EP:	0,314 kg PO₄^3-/m²
POCP:	0,0535 kg C₂H₄/m²
ODP:	1,12·10^-5 kg CFC-11/m²

component	title	Useful life >br> duration / years
glazing	Triple-glazed heat-protection glass, Argon, 40 < pane thickness	35
window frame	Plastic frame <=88 block frame depth	35
ψ (linear heat transfer coefficient)	reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4))

EAm04_a1m_g (30358)

Fläche:	59,75 m²
mass:	275,9 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

0,183 W/m²K

U value ²

PENRT:	2.802 MJ/m²
PENRE:	1.627 MJ/m²
PENRM:	1.175 MJ/m²
PERT:	127 MJ/m²
PERE:	127 MJ/m²
PERM:	0,00 MJ/m²
GWP-total:	120 kg CO₂ equ./m²
GWP-fossil:	121 kg CO₂ equ./m²
GWP-biogenic:	-0,0804 kg CO₂ equ./m²
AP:	0,445 kg SO₂ equ./m²
EP:	0,108 kg PO₄^3-/m²
POCP:	2,00 kg C₂H₄/m²
ODP:	1,19·10^-5 kg CFC-11/m²

no.	layer (from inside to outside)	d cm	Useful life >br> duration / years
1	Normal plastering mortar GP lime cement (1700 kg/m³)	1,50	50
2	Vertically perforated brick 17 cm to 38 cm + thin-bed mortar or glued using PUR (775 kg/m³)	30,00	¹100
3	Polymer bitumen sealing sheeting	0,78	¹50
4	Bitumen coating	0,24	¹50
5	XPS–G 30 120 to 180 mm (32 kg/m³)	16,00	50
6	Drainplatte EPS (Bituminous drainage panel)	8,00	50
7	PP fleece	0,02	25
	building element	56,54

¹ deviating from service life catalogue ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.

EAm04_b1m_g (30358)

Fläche:	30,25 m²
mass:	279,7 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

0,118 W/m²K

U value ²

PENRT:	3.521 MJ/m²
PENRE:	2.038 MJ/m²
PENRM:	1.482 MJ/m²
PERT:	134 MJ/m²
PERE:	134 MJ/m²
PERM:	0,00 MJ/m²
GWP-total:	153 kg CO₂ equ./m²
GWP-fossil:	153 kg CO₂ equ./m²
GWP-biogenic:	-0,0804 kg CO₂ equ./m²
AP:	0,564 kg SO₂ equ./m²
EP:	0,127 kg PO₄^3-/m²
POCP:	2,05 kg C₂H₄/m²
ODP:	1,23·10^-5 kg CFC-11/m²

no.	layer (from inside to outside)	d cm	Useful life >br> duration / years
1	Normal plastering mortar GP lime cement (1700 kg/m³)	1,50	50
2	Vertically perforated brick 17 cm to 38 cm + thin-bed mortar or glued using PUR (775 kg/m³)	30,00	¹100
3	Polymer bitumen sealing sheeting	0,78	¹50
4	Bitumen coating	0,24	¹50
5	XPS–G 30 120 to 180 mm (32 kg/m³)	28,00	50
6	Drainplatte EPS (Bituminous drainage panel)	8,00	50
7	PP fleece	0,02	25
	building element	68,54

¹ deviating from service life catalogue ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.

EFu01_a (30358)

Fläche:	79,12 m²
mass:	997,4 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

PENRT:	3.105 MJ/m²
PENRE:	2.824 MJ/m²
PENRM:	282 MJ/m²
PERT:	1.176 MJ/m²
PERE:	427 MJ/m²
PERM:	749 MJ/m²
GWP-total:	200 kg CO₂ equ./m²
GWP-fossil:	213 kg CO₂ equ./m²
GWP-biogenic:	-13,1 kg CO₂ equ./m²
AP:	0,753 kg SO₂ equ./m²
EP:	0,377 kg PO₄^3-/m²
POCP:	0,0525 kg C₂H₄/m²
ODP:	1,58·10^-5 kg CFC-11/m²

no.	layer	d cm	Useful life >br> duration / years
1	Multi-layer parquet	1,20	25
2	Parkettklebstoff (Adhesive - artificial resin)	0,10	¹25
3	Cement and cement flowing screed (2000 kg/m³)	5,00	50
4	Building paper	0,03	50
5	Wood fibre WF-T (130 kg/m³)	3,00	50
6	Waterproof concrete with 80 kg/m³ reinforcing steel (1 vol. %)	20,00	100
7	Polyethylene (PE) sealing sheeting	0,04	¹100
8	Foam glass slabs CG-D (100 kg/m³)	24,00	¹100
9	Polymer bitumen sealing sheeting	0,78	¹100
10	Normal concrete without reinforcement (2400 kg/m³)	5,00	¹100
11	Building paper	0,03	¹100
12	Fillings made of sand, gravel, grit (1800 kg/m³)	15,00	¹100
13	PP fleece	0,02	¹100
	building element	74,21

¹ deviating from service life catalogue

GDI01_g (30358)

Fläche:	79,12 m²
mass:	276,7 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

0,228 W/m²K

U value ²

PENRT:	2.322 MJ/m²
PENRE:	2.180 MJ/m²
PENRM:	142 MJ/m²
PERT:	2.373 MJ/m²
PERE:	585 MJ/m²
PERM:	1.788 MJ/m²
GWP-total:	64,7 kg CO₂ equ./m²
GWP-fossil:	140 kg CO₂ equ./m²
GWP-biogenic:	-74,8 kg CO₂ equ./m²
AP:	0,635 kg SO₂ equ./m²
EP:	0,279 kg PO₄^3-/m²
POCP:	0,0412 kg C₂H₄/m²
ODP:	1,16·10^-5 kg CFC-11/m²

no.	layer	d cm	Useful life >br> duration / years
1	Multi-layer parquet	1,20	25
2	Adhesive - artificial resin	0,10	¹25
3	Cement and cement flowing screed (2000 kg/m³)	5,00	50
4	Polyethylene (PE) sealing sheeting	0,02	50
5	Glass wool MW(GW)-WF (50 kg/m³)	3,00	50
6	Chippings (cement-bonded)	5,00	50
7	Polyethylene (PE) sealing sheeting	0,02	50
8	OSB boards (650 kg/m³)	2,20	50
9	inhomogeneous (parts parallel to the eaves)	22,00
	53,1 cm (54%) Vertical air layer, heat flow up 136 < d <= 140 mm	14,00
	53,1 cm (31%) Glass wool MW(GW)-W (18 kg/m³)	8,00	50
	9,4 cm (15%) Timber (425 kg/m³) - rough, technically dried	22,00	100
10	OSB boards (650 kg/m³)	2,20	50
11	inhomogeneous (parts parallel to the eaves)	5,00
	62,1 cm (20%) Vertical air layer, heat flow up 6 < d <= 10 mm	1,00
	62,1 cm (79%) Glass wool MW(GW)-W (18 kg/m³)	4,00	50
	0,5 cm (1%) Steel sheet, galvanised	5,00	50
12	Gypsum plasterboard (900 kg/m³)	1,50	50
13	Gypsum plasterboard (900 kg/m³)	1,50	50
14	Schrauben (Low-alloy steel (alloy content: 1 %))	0,00	50
	building element	48,74

¹ deviating from service life catalogue ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.

Haustechnik Einzelbestandteile (30447)

quantity:	1 piece
service life:	yes, with integer replacements rates (according to EN 15804 standard)

PENRT:	2.209 MJ/m²GFA
PENRE:	2.175 MJ/m²GFA
PENRM:	33,6 MJ/m²GFA
PERT:	194 MJ/m²GFA
PERE:	194 MJ/m²GFA
PERM:	0,00 MJ/m²GFA
GWP-total:	140 kg CO₂ equ./m²GFA
GWP-fossil:	140 kg CO₂ equ./m²GFA
GWP-biogenic:	-0,416 kg CO₂ equ./m²GFA
AP:	0,710 kg SO₂ equ./m²GFA
EP:	0,458 kg PO₄^3-/m²GFA
POCP:	0,0448 kg C₂H₄/m²GFA
ODP:	1,91·10^-5 kg CFC-11/m²GFA

	components (without component structure) (quantity per piece of building element)	Useful life >br> duration / years
1 p	Electrical 5 kW heating appliance for solar installations, solar thermal energy	20
1 p	Electrical installations for 3 kWp photovoltaic system	20
1 p	Expansion vessel 25l, solar thermal energy	20
6 m²	Flat-plate collector, solar thermal energy	20
1 p	Pellet stoves 15 kW	20
1 p	Hot water tank, stainless steel, 2000l	20
1 p	Inverter 500 W, photovoltaic	20
10 m²	Photovoltaic panel, multi-Si	20
1 p	Circulation pump for solar installations, 40 W	20

IWl01_g (30360)

Fläche:	134,86 m²
mass:	25,5 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

PENRT:	439 MJ/m²
PENRE:	439 MJ/m²
PENRM:	0,00 MJ/m²
PERT:	68,9 MJ/m²
PERE:	68,9 MJ/m²
PERM:	0,00 MJ/m²
GWP-total:	24,3 kg CO₂ equ./m²
GWP-fossil:	25,2 kg CO₂ equ./m²
GWP-biogenic:	-0,865 kg CO₂ equ./m²
AP:	0,107 kg SO₂ equ./m²
EP:	0,0493 kg PO₄^3-/m²
POCP:	0,00625 kg C₂H₄/m²
ODP:	2,53·10^-6 kg CFC-11/m²

no.	layer (from inside to outside)	d cm	Useful life >br> duration / years
1	Gypsum plasterboard (900 kg/m³)	1,25	50
2	inhomogeneous (parts vertical)	7,50
	62,4 cm (100%) Glass wool MW(GW)-W (18 kg/m³)	7,50	50
	0,2 cm (0%) Steel sheet, galvanised	7,50	50
3	Gypsum plasterboard (900 kg/m³)	1,25	50
4	Schrauben (Low-alloy steel (alloy content: 1 %))	0,00	50
	building element	10,00

KDl01_g (30358)

Fläche:	79,12 m²
mass:	236,8 kg/m²
service life:	yes, with integer replacements rates (according to EN 15804 standard)

0,140 W/m²K

U value ²

PENRT:	2.014 MJ/m²
PENRE:	1.912 MJ/m²
PENRM:	102 MJ/m²
PERT:	2.071 MJ/m²
PERE:	469 MJ/m²
PERM:	1.602 MJ/m²
GWP-total:	60,1 kg CO₂ equ./m²
GWP-fossil:	122 kg CO₂ equ./m²
GWP-biogenic:	-61,7 kg CO₂ equ./m²
AP:	0,577 kg SO₂ equ./m²
EP:	0,255 kg PO₄^3-/m²
POCP:	0,0356 kg C₂H₄/m²
ODP:	1,04·10^-5 kg CFC-11/m²

no.	layer	d cm	Useful life >br> duration / years
1	Multi-layer parquet	1,20	25
2	Adhesive - artificial resin	0,10	¹25
3	Cement and cement flowing screed (2000 kg/m³)	5,00	50
4	Polyethylene (PE) sealing sheeting	0,02	50
5	Glass wool MW(GW)-WF (50 kg/m³)	3,00	50
6	Chippings (cement-bonded)	4,00	50
7	Polyethylene (PE) vapour brake	0,02	50
8	OSB boards (650 kg/m³)	2,20	50
9	inhomogeneous (parts parallel to the eaves)	24,00
	56,5 cm (90%) Glass wool MW(GW)-W (18 kg/m³)	24,00	50
	6 cm (10%) Timber (425 kg/m³) - rough, technically dried	24,00	100
10	Timber (425 kg/m³) - rough, technically dried	2,40	50
11	Befestigungen (Stahl) (Low-alloy steel (alloy content: 1 %))	0,01	50
12	Gypsum plasterboard (900 kg/m³)	1,50	50
13	Filler - gypsum filler	0,02	50
	building element	43,47

¹ deviating from service life catalogue ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946.

Stiege (30358)

quantity:	1 piece
service life:	yes, with integer replacements rates (according to EN 15804 standard)

PENRT:	8,03 MJ/m²GFA
PENRE:	8,03 MJ/m²GFA
PENRM:	0,00 MJ/m²GFA
PERT:	0,250 MJ/m²GFA
PERE:	0,250 MJ/m²GFA
PERM:	0,00 MJ/m²GFA
GWP-total:	1,20 kg CO₂ equ./m²GFA
GWP-fossil:	1,20 kg CO₂ equ./m²GFA
GWP-biogenic:	-0,000367 kg CO₂ equ./m²GFA
AP:	0,00229 kg SO₂ equ./m²GFA
EP:	0,00138 kg PO₄^3-/m²GFA
POCP:	0,000248 kg C₂H₄/m²GFA
ODP:	2,64·10^-8 kg CFC-11/m²GFA

	components (without component structure) (quantity per piece of building element)	Useful life >br> duration / years
2000 kg	Normalbeton	¹100
0 kg	Reinforcing steel	100

¹ deviating from service life catalogue

— next page —

List of materials

material	mass kg	mass- percentage	cumulated percentage	Building material ID	Density kg/m³	λ-Value W/m²K	PENRT MJ/FU (functional unit)	PENRE MJ/FU (functional unit)	PENRM MJ/FU (functional unit)	PERT MJ/FU (functional unit)	PERE MJ/FU (functional unit)	PERM MJ/FU (functional unit)	GWP-total kg CO₂ equ./FU (functional unit)	GWP-fossil kg CO₂ equ./FU (functional unit)	GWP-biogenic kg CO₂ equ./FU (functional unit)	AP kg SO₂ equ./FU (functional unit)	EP kg PO₄^3-/FU (functional unit)	POCP kg C₂H₄/FU (functional unit)	ODP kg CFC-11/FU (functional unit)	FU (functional unit)
Waterproof concrete with 80 kg/m³ reinforcing steel (1 vol. %)	36.395	19,6%	19,6%	2142715591	2.300	2,300	1,24	1,24	0,00	0,0386	0,0386	0,00	0,136	0,137	-0,000290	0,000314	0,000198	4,05·10^-5	4,28·10^-9	kg
Fillings made of sand, gravel, grit (1800 kg/m³)	29.907	16,1%	35,7%	2142715135	1.800	0,700	0,104	0,104	0,00	0,00262	0,00262	0,00	0,00708	0,00709	-1,50·10^-5	4,80·10^-5	1,46·10^-5	1,37·10^-6	7,53·10^-10	kg
Cement and cement flowing screed (2000 kg/m³)	23.736	12,8%	48,4%	2142714883	2.000	1,330	1,03	1,03	0,00	0,211	0,211	0,00	0,120	0,121	-0,000427	0,000278	0,000204	3,24·10^-5	4,86·10^-9	kg
Vertically perforated brick 17 cm to 38 cm + thin-bed mortar or glued using PUR (775 kg/m³)	20.925	11,3%	59,7%	2142714679	775	0,250	2,30	2,30	0,00	0,384	0,384	0,00	0,182	0,182	-0,000141	0,000514	0,000150	4,78·10^-5	1,67·10^-8	kg
Gypsum plasterboard (900 kg/m³)	14.104	7,6%	67,3%	2142714820	900	0,250	4,83	4,83	0,00	1,28	1,28	0,00	0,226	0,264	-0,0381	0,000740	0,000328	3,64·10^-5	3,18·10^-8	kg
Chippings (cement-bonded)	12.817	6,9%	74,1%	2142700445	1.800	0,700	0,183	0,183	0,00	0,00488	0,00488	0,00	0,0208	0,0208	-2,20·10^-5	6,90·10^-5	2,87·10^-5	4,20·10^-6	9,47·10^-10	kg
Normal concrete without reinforcement (2400 kg/m³)	9.494	5,1%	79,3%	2142732007	2.400	2,000	0,573	0,573	0,00	0,0306	0,0306	0,00	0,0866	0,0866	0,00	0,000161	0,000105	1,83·10^-5	2,10·10^-9	kg
Internal chipboard (650 kg/m³)	6.127	3,3%	82,5%	2142715122	650	0,130	8,30	6,46	1,84	18,0	2,30	15,7	-1,35	0,386	-1,74	0,00167	0,000652	0,000118	4,80·10^-8	kg
Timber (425 kg/m³) - rough, technically dried	4.946	2,7%	85,2%	2142715286	425	0,110	2,52	2,52	0,00	17,6	0,297	17,3	-1,50	0,151	-1,65	0,000944	0,000399	8,06·10^-5	1,40·10^-8	kg
Mineral adhesive	3.820	2,1%	87,3%	2142684362	1.800	1,000	4,07	4,07	0,00	0,200	0,200	0,00	0,341	0,341	-0,000285	0,000954	0,000559	7,94·10^-5	2,00·10^-8	kg
OSB boards (650 kg/m³)	3.687	2,0%	89,2%	2142715124	650	0,130	8,56	7,35	1,20	19,5	3,17	16,3	-1,15	0,418	-1,57	0,00210	0,000808	0,000147	3,53·10^-8	kg
Rock wool MW(SW)-PT 10 (120 kg/m³)	2.546	1,4%	90,6%	2142714907	120	0,040	21,4	21,4	0,00	0,783	0,783	0,00	1,93	1,93	-2,40·10^-5	0,0141	0,00311	0,00419	7,01·10^-8	kg
Normal plastering mortar GP lime cement (1700 kg/m³)	2.295	1,2%	91,8%	2142714787	1.700	0,910	1,36	1,36	0,00	0,308	0,308	0,00	0,155	0,156	-0,00126	0,000359	0,000179	3,21·10^-5	6,50·10^-9	kg
Polymer bitumen sealing sheeting	2.135	1,1%	93,0%	2142684291	1.100	0,230	41,6	17,2	24,4	0,664	0,664	0,00	0,819	0,821	-0,00164	0,00556	0,00182	0,000304	3,16·10^-7	kg
Multi-layer parquet	2.108	1,1%	94,1%	2142715606	740	0,160	17,2	17,2	0,00	24,5	7,24	17,3	0,348	0,983	-0,635	0,00563	0,00216	0,000274	9,91·10^-8	kg
Normalbeton	2.000	1,1%	95,2%	2142684241	2.300		0,636	0,636	0,00	0,0198	0,0198	0,00	0,0951	0,0952	-2,90·10^-5	0,000181	0,000109	1,97·10^-5	2,09·10^-9	kg
Glass wool MW(GW)-W (18 kg/m³)	1.982	1,1%	96,3%	2142714917	18	0,038	46,2	46,2	0,00	2,55	2,55	0,00	2,45	2,45	0,00	0,0153	0,00686	0,000652	2,61·10^-7	kg
Foam glass slabs CG-D (100 kg/m³)	1.899	1,0%	97,3%	2142714966	100		41,0	41,0	0,00	2,67	2,67	0,00	2,43	2,43	0,00	0,00896	0,00482	0,000354	2,16·10^-7	kg
Silicate plaster with synthetic resin additive	726	0,4%	97,7%	2142684365	1.800	0,800	11,4	11,4	0,00	0,272	0,272	0,00	0,531	0,532	-0,000938	0,00279	0,000687	0,000178	5,42·10^-8	kg
XPS–G 30 120 to 180 mm (32 kg/m³)	577	0,3%	98,0%	2142714943	32	0,040	93,6	53,6	40,0	0,879	0,879	0,00	4,20	4,20	0,00	0,0155	0,00257	0,00684	6,13·10^-8	kg
Plastic frame <=88 block frame depth	515	0,3%	98,3%	2142706800			3.404	2.558	846	145	145	0,00	151	153	-1,63	0,559	0,239	0,0346	5,10·10^-6	m²
Triple-glazed heat-protection glass, Argon, 40 < pane thickness	481	0,3%	98,5%	2142706825			534	534	0,00	24,4	24,4	0,00	40,8	40,8	0,00	0,311	0,0573	0,0119	3,26·10^-6	m²
Steel sheet, galvanised	412	0,2%	98,7%	2142715683	7.800	50,000	31,2	31,2	0,00	1,34	1,34	0,00	2,13	2,14	-0,00558	0,0106	0,00519	0,000910	1,28·10^-7	kg
Low-alloy steel (alloy content: 1 %)	382	0,2%	99,0%	2142715682	7.800	50,000	19,8	19,8	0,00	1,10	1,10	0,00	1,36	1,36	-0,00444	0,00529	0,00317	0,000642	7,01·10^-8	kg
Wood fibre WF-T (130 kg/m³)	309	0,2%	99,1%	2142715029	130	0,046	14,4	12,8	1,55	19,1	2,69	16,4	-0,804	0,909	-1,71	0,00400	0,00148	0,000156	6,52·10^-8	kg
Adhesive - artificial resin	285	0,2%	99,3%	2142684361	1.200	0,900	27,0	18,7	8,33	0,607	0,607	0,00	1,09	1,09	-0,00526	0,00426	0,00155	0,000498	9,72·10^-8	kg
Glass wool MW(GW)-WF (50 kg/m³)	237	0,1%	99,4%	2142714920	50	0,035	46,2	46,2	0,00	2,55	2,55	0,00	2,45	2,45	0,00	0,0153	0,00686	0,000652	2,61·10^-7	kg
Bitumen coating	225	0,1%	99,5%	2142684286	1.050	0,230	55,4	12,8	42,6	0,121	0,121	0,00	1,06	1,06	0,00	0,00441	0,000513	0,382	1,77·10^-7	kg
XPS–G 30 80 to 100 mm (32 kg/m³)	203	0,1%	99,6%	2142714942	32	0,038	93,6	53,6	40,0	0,879	0,879	0,00	4,20	4,20	0,00	0,0155	0,00257	0,00684	6,13·10^-8	kg
Timber (425 kg/m³) - planed, technically dried	168	0,1%	99,7%	2142715106	425	0,110	3,59	3,59	0,00	17,9	0,631	17,3	-1,44	0,213	-1,65	0,00128	0,000583	0,000101	1,81·10^-8	kg
Bituminous drainage panel	144	0,1%	99,8%	2142700441	20	1,000	70,1	31,9	38,1	0,280	0,280	0,00	2,18	2,18	0,00	0,00867	0,000976	0,000519	2,11·10^-7	kg
Plywood and veneer timber for interior use (525 kg/m³)	125	0,1%	99,9%	2142715114	525	0,130	12,5	11,0	1,56	24,3	9,56	14,7	-0,844	0,639	-1,48	0,00345	0,00155	0,000307	6,97·10^-8	kg
Polyethylene (PE) sealing sheeting	78	0,0%	99,9%	2142712507	980	0,500	69,8	27,3	42,5	1,53	1,53	0,00	2,10	2,10	0,00	0,00792	0,00152	0,000621	3,03·10^-8	kg
Silicate plaster (without synthetic resin additive)	53	0,0%	99,9%	2142684364	1.800	0,800	3,84	3,84	0,00	0,224	0,224	0,00	0,217	0,217	-0,000275	0,00104	0,000553	4,27·10^-5	2,92·10^-8	kg
Polyethylene (PE) vapour brake	38	0,0%	100,0%	2142712508	650	0,500	84,7	42,2	42,5	3,17	3,17	0,00	2,63	2,63	0,00	0,0103	0,00245	0,000754	4,43·10^-8	kg
Building paper	24	0,0%	100,0%	2142684284	500	0,170	14,2	14,2	0,00	38,2	24,4	13,8	-0,953	0,843	-1,80	0,00589	0,00244	0,000275	7,91·10^-8	kg
Aluminium foil	16	0,0%	100,0%	2142684283	2.800	221,000	552	552	0,00	57,9	57,9	0,00	33,1	33,2	-0,0563	0,157	0,0933	0,00836	1,79·10^-6	kg
Filler - gypsum filler	15	0,0%	100,0%	2142684342	1.300	0,800	3,07	3,07	0,00	0,193	0,193	0,00	0,157	0,162	-0,00515	0,000604	0,000273	3,04·10^-5	1,69·10^-8	kg
PP fleece	12	0,0%	100,0%	2142684293	300	0,220	86,0	43,5	42,5	1,30	1,30	0,00	2,83	2,85	-0,0212	0,00832	0,00161	0,000537	3,91·10^-8	kg
Vertical air layer, heat flow up 136 < d <= 140 mm	11	0,0%	100,0%	2142684558	1	0,875	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	kg
Vertical air layer, heat flow up 6 < d <= 10 mm	1	0,0%	100,0%	2142684584	1	0,071	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	0,00	kg
Armierungsstahl	0	0,0%	100,0%	2142716114	7.800		17,5	17,5	0,00	0,549	0,549	0,00	1,19	1,19	-0,00400	0,00425	0,00264	0,000598	6,08·10^-8	kg

Material (without determinable mass)	Building material ID	PENRT MJ/FU (functional unit)	PENRE MJ/FU (functional unit)	PENRM MJ/FU (functional unit)	PERT MJ/FU (functional unit)	PERE MJ/FU (functional unit)	PERM MJ/FU (functional unit)	GWP-total kg CO₂ equ./FU (functional unit)	GWP-fossil kg CO₂ equ./FU (functional unit)	GWP-biogenic kg CO₂ equ./FU (functional unit)	AP kg SO₂ equ./FU (functional unit)	EP kg PO₄^3-/FU (functional unit)	POCP kg C₂H₄/FU (functional unit)	ODP kg CFC-11/FU (functional unit)	FU (functional unit)
Elektroinstallationen für 3 kWp Photovoltaikanlage	2142716200	1.879	1.073	807	75,7	75,7	0,00	132	132	0,00	1,40	1,76	0,0594	2,13·10^-6	Stk.
Expansionsgefäss 25l, Solarthermie	2142716220	291	263	28,0	17,3	17,3	0,00	16,7	16,9	-0,188	0,0683	0,0355	0,00557	1,09·10^-6	Stk.
Flachkollektor, Solarthermie	2142716222	1.108	1.071	36,9	165	165	0,00	76,1	77,3	-1,20	0,712	0,472	0,0430	7,62·10^-6	m²
Heizaggregat elektr 5kW für Solaranlagen, Solarthermie	2142716218	89,2	89,2	0,00	13,5	13,5	0,00	6,40	6,41	-0,00911	0,0352	0,0167	0,00195	3,71·10^-7	Stk.
Pelletsofen 15 kW	2142716136	14.504	14.504	0,00	764	764	0,00	937	940	-2,10	3,70	2,12	0,342	6,43·10^-5	Stk.
Photovoltaikpaneel, multi-Si	2142716205	3.486	3.486	0,00	268	268	0,00	210	210	0,00	0,947	0,580	0,0441	4,45·10^-5	m²
Umwälzpumpe für Solaranlagen, 40 W	2142716223	88,0	88,0	0,00	12,0	12,0	0,00	6,19	6,21	-0,0112	0,0488	0,0392	0,00276	3,51·10^-7	Stk.
Warmwasserspeicher, Edelstahl, 2000l	2142716224	10.953	10.953	0,00	1.549	1.549	0,00	671	727	-56,2	3,27	1,69	0,279	4,42·10^-5	Stk.
Wechselrichter 500 W, Photovoltaik	2142716201	603	596	7,80	53,9	53,9	0,00	39,3	39,3	0,00	0,197	0,193	0,0269	3,07·10^-6	Stk.

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