CO2 Calculation
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Transcript of CO2 Calculation
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Version 091017
Basic LCA estimationsENSLIC, Cost C25
Building Best 2010
Country: Romania
Date: 29th of July 2010
Assessor Name:
Mauritz Glaumann
University of Gvle, Sweden
email: [email protected]
EcoEffect
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How to use the work sheets.
Fill in the sheets successively, i.e. start with "Gen info" etc.The last three sheets are only for permanent data and shouldn't be touched unless for completion.Blue squares should be filled in, yellow are calculated. Sometimes there is also green squares
which are optional to the yellow ones, i.e. if you have values better than the automatically estimatedyou can use these.When Gen info, Dimensions and Const (ruction) are filled in the program calculates energy use andCO2 equivalents for materials and energy. These figures are summarised in the "Result sheet".So far only the building materials which are associated with emissions in sheet "Mtrl em" can beused for CO2 calculations.
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GeneralinfoLocationFloor areaLife time
Dimension
sLenghtWithHeightDoors, &windows
ConstructionAttic - layers,thicknessWalls - ..SlabsBasementDoors, & windows - Uvalue
Material dataDensityHeatconduction
Energy sourceOil, ....Wood
ElectricitySwe. mixHydro...
District heatingStockholmGothenburgh.....
MaterialamountsU-values
Emissionsfromenergyproduction
Emissionsfrommaterialproduction
Global warmingdataCO2MethaneN2O....
Energy use, kWh, m2, yrClimate change pot, CO2equiv m2,yr
ILLUSTRATION OF THECALCULATION PROCESS
Building datainput
Output
Permanene data
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Basic calculations to estimate external impact from a building in a life cycle perspective
Building Input WorkSheet
New or Refurbished 1
Building Type ResidentialOccupation Date:
Name of Building: Casa familiala
Address of Building: Timisoara
Postcode:
City (nearest in scroll list): Timisoara
State: Romania
Building Owner:
Architect:
Building Contact Person:
Calculations done by:
Usable Floor Area (UFA) in m2:
Gross Floor Area (GFA) in m2:
Net Floor Area (NFA) in m2:Heated Floor Area (HFA) in m2: 108.47
No. of Storeys: 1
Aticipated life time, years 50
Designed Number of Users 3Average Daily Use Time in hours per person 12
Est. Building Use in Personhours per year 4320
Indoor air temperature, winter, oC 20
Air change rate, no per hour 0.5
Building Description:(Orientation, Form, Structure, Faade, etc.)
Orientation: main entrance to WBuliding system:No or floors:
Building Services:
(Heating, Cooling, Ventilation, Lighting, Lifts, Domestic HotWater)
Clear
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D
Basic calculations to estimate external impact from a building in a life cycle perspectiveTerrinen A och B - Grnskr
Building Dimensions
Summary
Input here From calculations below
Heated Floor Area 108.5
Net Floor Area 100.0 Fill in
Area towards ground or 50.0 Instead of blue
Roof area 50.2 Autocalculation
Building volume 300.0
Glass area/floor area 10%
Ext. Door area/floor area 5.9%
Exterior walls Input here Elevation 1 - S Elevation 2 - W Elevation 3 - N Elevation 4 - E Sum
Solid walls 100 53.0 22.6 54.0 30.0 159.6
Windows (including frames) 8 or 4.0 4.0 6.0 0.0 14.0
Exterior doors (including frames) 2 3.0 3.4 0.0 0.0 6.4 Total facade area, m2 110 60.0 30.0 60.0 30.0 180.0
Horisontal dimensions and ceiling height
Internal main measures, rectangular building Else
Volume, mFloor Width, m Net area, m2 Gross Area, m2 Measured, m2
Ground 3 10 5 50.0 50.0 150.0
1 3 10 5 50.0 50.0 150.0
2 0.0 0.0 0.0
3 0.0 0.0 0.0
4 0.0 0.0 0.05 0.0 0.0 0.0
6 0.0 0.0 0.0
7 0.0 0.0 0.0
Tot 100 100 0 300
Roof pitch 5 Degree Roof area, m2 50.2
Vertical dimensions
External wall 1 - Elevation towards the Sou
Floor Height m Length m Facade area, m2Ground 3 3.0 10.0 30.0 2.0 80%
1 3 3.0 10.0 30.0 2.0 80%
2 0.0 0.0 0.0
3 0.0 0.0 0.0
4 0.0 0.0 0.0
5 0.0 0.0 0.0
6 0.0 0.0 0.0
7 0.0 0.0 0.0
Sum 6 60.0 4.0
External wall 2 - Elevation towards the Wes
Ceiling height,m
Length, mto the South
Height above
ground, m
Facade area,
m2
Windows (incl
frames), m2
Glass fractio
%
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Floor Height m Length m Facade area, m2
Ground 3 3.0 5.0 15.0 2.0
1 3 3.0 5.0 15.0 2.0
2 0.0 0.0 0.0
3 0.0 0.0 0.0
4 0.0 0.0 0.0
5 0.0 0.0 0.0
6 0.0 0.0 0.0
7 0.0 0.0 0.0
Sum 6 0.0 30.0 4.0
External wall 3 - Elevation toward
Floor Length, m With, m Facade area, m2
Ground 3 3.0 10.0 30.0 3.0
1 3 3.0 10.0 30.0 3.0
2 0.0 0.0 0.0
3 0.0 0.0 0.0
4 0.0 0.0 0.0
5 0.0 0.0 0.0 6 0.0 0.0 0.0
7 0.0 0.0 0.0
Sum 6 0.0 60.0 6.0
External wall 4 - Elevation toward
Floor Height m Length m Facade area, m2
Ground 3 3.0 5.0 15.0 0.0
1 3 3.0 5.0 15.0 0.0
2 0.0 0.0 0.0
3 0.0 0.0 0.0
4 0.0 0.0 0.0
5 0.0 0.0 0.0 6 0.0 0.0 0.0
7 0.0 0.0 0.0
Sum 6 0.0 30.0 0.0
Height aboveground, m
Facade area,m2
Windows (inclframes), m2
Gla
Height aboveground, m
Facade area,m2
Windows (inclframes), m2
Gla
Height aboveground, m
Facade area,m2
Windows (inclframes), m2
Gla
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Basic calculations to estimate external impact from a building in a life cycle perspect
Construction Input WorkSheet Building life time, yrBasement slab
A Fraction of basement slab slabs type A 100% Area, m2: 50
Layer Material Weight, kg
1 0 0.00
2 0 0.00
3 0 0.00
4 0 0.00
5 0 0.00
6 0 0.00
7 0 0.00
8 0 0.00
9 0 0.00
10 0 0.00
11 0 0.00U-value 0.00 0 Tot Weight 0 Total
CO2 kgequiv/m2HFA
B Fraction of basement slab 0% Area, m2: 0
Layer Material Weight, kg
1 0 0.00
2 0 0.00
3 0 0.00
4 0 0.00
5 0 0.00
6 0 0.007 0 0.00
8 0 0.00
9 0 0.00
10 0 0.00
11 0 0.00U-value 0.00 0 Tot Weight 0 Total
CO2 equiv/m2HFA
Attic From inside ceiling to outside roofA Fraction of attic slabs type A 100% Area, m2: 50
Layer Material Weight, kg
1 0 0.00
2 0 0.00
3 0 0.00
4 0 0.00
5 0 0.00
6 0 0.007 0 0.00
8 0 0.00
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm Fraction ofLayer Heat-resist.m2 K/W
Clear basement
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9 0 0.00
10 0 0.00
11 0 0.00
12 0 0.00U-value 0.00 0 Tot Weight 0 Total
CO2 equiv/m2HFA
B Fraction of attic 0% Area, m2: 0
Layer Material Weight, kg
1 0 0.00
1 0 0.00
2 0 0.00
3 0 0.00
4 0 0.00
5 0 0.00
6 0 0.00
7 0 0.00
8 0 0.009 0 0.00
10 0 0.00
11 0 0U-value 0.00 0 Tot Weight 0 Total
CO2 equiv/m2HFA
External wallA Fraction of external walls slabs type A 100% Area, m2: 159.6
Layer Material Weight, kg
1 0 02 0 0
3 0 0
4 0 0
5 0 0
6 0 0
7 0 0
8 0 0
9 0 0
10 0 0
11 0 0U-value 0.00 0 Tot Weight 0 Total
CO2 equiv/m2HFA
B Fraction of external walls 0% Area, m2: 0.0
Layer Material Weight, kg
1 0 0
2 0 0
3 0 0
4 0 0
5 0 0
6 0 0
7 0 0
8 0 09 0 0
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Clear attic
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10 0 0
11 0 0U-value 0.00 0 Tot Weight 0 Total
CO2 equiv/m2HFA
SlabsA Fraction of slabs type A 100% Area, m2: 50
Layer Material Weight, kg
1 0 not relev.
2 0 not relev.
3 0 not relev.
4 0 not relev.
5 0 not relev.
6 0 not relev.
0 Tot Weight 0 Total
CO2 equiv/m2HFA
B Fraction of slabs 0% Area, m2: 0
Layer Material Weight, kg
1 0 not relev.
2 0 not relev.
3 0 not relev.
4 0 not relev.
5 0 not relev.
6 0 not relev.
0 Tot Weight 0 Total
CO2 equiv/m2HFA
Internal wallsA Fraction of internal walls type A 46% Total area 37.2
Layer Material Weight, kg
1 0 not relev.
2 0 not relev.
3 0 not relev.
4 0 not relev.
5 0 not relev.
6 0 not relev.
0 Tot Weight 0 Total
Area, m2: 17 CO2 equiv/m2HFA
B Fraction of internal walls type B 54% 37.2
Layer Material Weight, kg
1 0 not relev.
2 0 not relev.
2 0 not relev.
3 0 not relev.
4 0 not relev.
5 0 not relev.
0 Tot Weight 0 Total
Area, m2: 20 CO2 equiv/m2HFA
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Clear slabs
Clear int. walls
Clear ext. walls
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WindowsA Fraction of windows type A 100% Area, m2 14
Layer Material Weight, kg
1 Glass 12 80% 349 not relev.
2 Polyeten 1.5 20% 4 not relev.
3 0 not relev.
4 0 not relev.U-value 1.5 Tot Weight 353 Total
CO2 equiv/m2HFA
B Fraction of windows 0% Area, m2: 0
Layer Material Weight, kg
1 Glass 12 80% 0 not relev.
2 Aluminium 1.5 20% 0 not relev.
3 0 not relev.
4 0 not relev.
U-value 1.5 14 Tot Weight 0 Total
External DoorsA Fraction of type A 100% Area 6
Layer Material Weight, kg
1 Wood 70 80% 178 not relev.
2 Wood 90 20% 57 not relev.
3 0 not relev.
4 0 not relev.
U-value 2 160 Tot Weight 235 Total
B Fraction of type B 0% Area, m2: 0
Layer Material Weight, kg
1 0 not relev.
2 0 not relev.
3 0 not relev.
4 0 not relev.U-value 0 Tot Weight 0 Total
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
CO2 kgequiv/m2HFA
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
CO2 kgequiv/m2HFA
Thickness,mm
Fraction ofLayer
Heat-resist.m2 K/W
CO2 kgequiv/m2HFA
Total CO2 kgeq/m2HFA
Clear ext.doors
Clear windows
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ive
50
0
0
0
0
0
0
0
0
0
0
00
0.0
0
0
0
0
0
00
0
0
0
00
0.0
0
0
0
0
0
00
0
CO2kgequiv
CO2
kgequiv
CO2kgequiv
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0
0
0
00
0.0
0
0
0
0
0
0
0
0
00
0
00
0.0
00
0
0
0
0
0
0
0
0
00
0.0
0
0
0
0
0
0
0
00
CO2
kgequiv
CO2
kgequiv
CO2
kgequiv
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0
00
0.0
0
0
0
0
0
00
0.0
0
0
0
0
0
00
0.0
0
0
0
0
0
00
0.0
0
0
0
0
0
00
0.0
CO2
kgequiv
CO2
kgequiv
CO2
kgequiv
CO2
kgequiv
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211
9
0
0220
2.0
0
0
0
0
00.0
20
6
0
0
26
0.2
0
0
0
00
0.0
2.3
CO2
kgequiv
CO2
kgequiv
CO2
kgequiv
CO2
kgequiv
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Basic calculations to estimate external impact from a building in a life cycle perspective
Estimated Energy Need
City (from Sheet Gen info) Timisoara
Heated Floor Area (HFA), m2 108
Building volume, m3 300
Air Change Rate, ACR 0.5
Heat exchange efficiency, 56%
ndoor temperature, winter 20.0
Energy source Fraction
Space heating 709
Oil, light fuel 100% 230
0% 0
Hot water 2,765Oil, light fuel 100% 899
Peat 0% 0
Ventilation 472 100% 24
Cooling 0 100% 0
Building electricity 2,373 100% 79
User electricity 3,254 100% 109
LOCAL ENERGY RECOVERY & SUPPLY
Ext.heat pump (air, ground, water) yes -2,630 -746
Ventilation heat recovery yes -354 -13
Waste water heat exchange yes -553 -180
Solarcollector, m2 0 0 0.0
PV-cell,m2 0 0 0.0
0 0 0.0Total 6,036 0 Sum 401
Without user electricity 293
Ground Floor 0 0.0 50.0 0.00
Attic 0 0.0 50.2 0.00
External wall 0 0.0 159.6 0.00
Windows 21 6.6 14.0 1.50External Doors 13 4.0 6.4 2.00
Total 34 10.5 280.2 Average 0.12
ENERGY DEMAND & EXTERNALSUPPLY
Estimation,kWh/yr
Real/simulated
kg equivCO2/yr
Wood chips,furnace 1000kW
District heating- Sollentuna
ElectricitySwedish mix
Electricity
Swedish mixElectricitySwedish mix
ElectricitySwedish mix
ElectricitySwedish mix
Urban wind mill, diameter, m
Heat loss factor,U*A, W/K
Effect at dimtemp winter,
W/m2
Enveloparea, m2
Mean U-value,
W/m2,K
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Estimated matrerial use
Choosen matrerials Volyme Voume
kg/m3 kg kg % kg kg/m2 kg eqv CO2 m3 %
Air Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Aluminium Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Brick, massive Err:502 210 Err:502 Err:502 Err:502 0.00 Err:50
Concrete reinforced 2300 Err:502 126,690 0.5% Err:502 Err:502 Err:502 Err:502 Err:50
Fibreboard, hard Err:502 9.0% Err:502 Err:502 Err:502 0.00 Err:50
Glass Err:502 5.0% Err:502 Err:502 Err:502 0.00 Err:50
Gypsum, plaster board Err:502 1,376 Err:502 Err:502 Err:502 0.00 Err:50
='Mtrl em'!A12 Err:502 4.0% Err:502 Err:502 Err:502 0.00 Err:50
Insulation, Glass wool Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Insulation, Polystyrene, EPS Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Insulation, Rockwool Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Particle board Err:502 3,557 12.0% Err:502 Err:502 Err:502 0.00 Err:50
Plywood Err:502 13.0% Err:502 Err:502 Err:502 0.00 Err:50
Polyeten Err:502 Err:502 Err:502 Err:502 0.00 Err:50Steel (EU-mix) 7800 Err:502 9,527 Err:502 Err:502 Err:502 Err:502 Err:50
Wood 500 Err:502 1,676 5.0% Err:502 Err:502 Err:502 Err:502 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Err:502 Err:502 Err:502 Err:502 0.00 Err:50
Total Err:502 143,036 7% Err:502 Err:502 Err:502 Err:502
Specific - per m2 Err:502 Err:502 Err:502
Comment
as c ca cu a ons o es ma e ex erna mpac rom a u ng n a e cyc eers ective
From Constrsheet
Amountsfron other
source
Waste atconstruction
Boughtamount
Spec.matr. use
kgCO2equiva-lents
Weightfraction
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Basic calculations to estimate external impact from a building in a life cycle perspective
Summary of specific yearly use and impact
Anticipated building life time 50
ENERGY FOR OPERATION% %
User Electricity 30 34% 1.0 8%Building Electricity 22 25% 0.7 6%
Space cooling 0 0% 0.0 0%
Total electricity demand 52 59% 1.7 14%
Local electricityproduction 0 0% 0.0 0%External bought electricity 52 59% 1.7 14%
Total electricity without user electricity 22 25% 0.7 6%
Space heating 7 7% 2.1 17%Ventilation 4 5% 0.2 2%
Hot water 25 29% 8.3 67%Total heating demand 36 41% 10.6 86%Heat pump and heat exchange -33 -37% -9 -70%
Local heat production 0 0% 0 0%
Total bought energy for heating 4 4% 2.0 16%
Total energy demand 88 100% 12.4 100%
Total bought energy 56
Total bought energy use without user electricity 26 66% 11.4 92%
kg/m2%
%
Exterior walls including windows and doors Err:502 Err:502 0.1 0%
Attic Err:502 Err:502 0.0 0%Basement 0 Err:502 0.0 0%Slabs Err:502 Err:502 0.0 0%Internal walls 0 Err:502 0.00 0%
Total material use Err:502 Err:502 0.1 0%
Total yearly impact 12.4 1.00
Total yearly impact without user electricity 11.4 0.92
kWh/m2,yr
kg equivCO
2/m2,yr
MATERIALS (exklusive spill) kg equivCO
2/m2,yr
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INPUT OF NEW MATERIALS - DENSITY, HEAT CONDUCTION IN PRACTICE
7 8
Tunga mineraliska material Weight
Ground 1.4 Basement A
Air 0.08 Err:502 0 0
Aluminium 2700 200 Err:502 0 0
Brick, massive 1700 0.7 Err:502 0 0
Concrete reinforced 2300 2.3 Err:502 0 0
Fibreboard, hard 700 0.13 Err:502 0 0
Glass 2600 2.9 Err:502 0 0
Gypsum, plaster board 900 0.06 Err:502 0 0
='Mtrl em'!A12 52 0.06 Err:502 0 0
Insulation, Glass wool 16 0.06 Err:502 0 0
15 0.06 Err:502 0 0
Insulation, Rockwool 40 0.04 Err:502 0 0
Particle board 500 0.14 Err:502 0 0
Plywood 500 0.13 Err:502 0 0
Polyeten 950 0.22 Err:502 0 0
Steel (EU-mix) 7900 17 Err:502 0 0
Wood 500 0.14 Err:502 0 0
OSB 700 0.13 Err:502 0 00 Err:502 0 0
Mineritskiva 1200 0.23 Err:502 0 0
Lttklinker 650 0.16 Err:502 0 0
Mineral wool 28 0.06 Err:502 0 0
Glasull 16 0.06 Err:502 0 0
EPS 15 0.06 Err:502 0 0
Ekofiber 52 0.06 Err:502 0 0
Termotr 48 0.06 Err:502 0 0
Polyuretan 40 0.04 Err:502 0 0XPolyeten 950 0.22 Err:502 0 0
Tr 500 0.14 Err:502 0 0
0 Err:502 0 0
0 Err:502 0 0
Stl, rostfritt 7800 60 Err:502 0 0
Steel 7900 17 Err:502 0 0
Koppar 8950 380 Err:502 0 0
Galvaniserad takplt 7800 17 Err:502 0 0
0 Err:502 0 0
0 Err:502 0 0
Density,kg/m3
Heat
conduction,W/m,K
Weightsum,kg
nsu a on, o ys yrene,
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0 Err:502 0 0
Glas 2600 2.9 Err:502 0 0
Klinkerplattor 2000 1.3 Err:502 0 0
Linoleum 1200 0.17 Err:502 0 0
PVC 1390 0.17 Err:502 0 0Air 0.08 Err:502 0 0
0 Err:502 0 0
XNatursten, kristallin 2800 3.5 Err:502 0 0
0 Err:502 0 0
Sandsten, hrd 2200 1.7 Err:502 0 0
Betong 2300 1.7 Err:502 0 0
Tegel, hltegel 1500 0.6 Err:502 0 0
Puts (cementb) 1200 1.2 Err:502 0 0
Foamglas 120 0.04 Err:502 0 0
Cementbruk 2000 1.2 Err:502 0 0Gypsum 900 0.06 Err:502 0 0
Plywood 500 0.13 Err:502 0 0
MDF 600 0.14 Err:502 0 0
Trfiberskivor (hrda) 1000 0.13 Err:502 0 0
Spnplatta 500 0.14 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 00.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 00.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 00.00 Err:502 0 0
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0.00 Err:502 0 0
0.00 Err:502 0 0
0.00 Err:502 0 0
Err:502 0 0
Err:502 0 0Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0Err:502 0 0
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Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
Err:502 0 0
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Err:502 0 0Err:502 0 0
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Err:502 0 0
Err:502
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9 10 11 12 13 14 15 16 17
gr ner i konstruktionsbladet rad fr rad med brjan p rad 7 - frgade rutor kan
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36 37 38 39 40 41 42 43 44
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54 55 56 57 58 59 60 61 62
Attic B
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63 64 65 66 67 68 69 70 71
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72 73 74 75 76 77 78 79 80
External wall A
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81 82 83 84 85 86 87 88 89
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90 91 92 93 94 95 96 97 98
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108 109 110 111 112 113 114 115
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116 117 118 119 120 121 122 123 124
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