Certification Documentation - Intressegrupp Passivhus Sverige · 2019. 3. 24. · 02ud Lamilux...
Transcript of Certification Documentation - Intressegrupp Passivhus Sverige · 2019. 3. 24. · 02ud Lamilux...
-
Certificate-ID: 20215_Krause_PH_20190219_KrH
Certification Documentation
This building has been awarded the Certified Passive House seal by Prof. Dr. Harald Krause.
This certification is based solely on the design data and specifications provided Prof. Dr.
Harald Krause by the client for the purpose of certification. Prof. Dr. Harald Krause has
checked and approved the building’s energy balances according to these data.
This certification does not cover quality assurance of the construction work or design
implementation. Prof. Dr. Harald Krause hereby takes no responsibility for any faults in the
above.
-
Certificate-ID: 20215_Krause_PH_20190219_KrH
Certification Documentation
CONTENT
PHPP certified
Construction manager´s declaration
Report of air tightness measurement
HRV commissioning report
-
Passive House VerificationPhoto or Drawing Building:
Street:
Postcode/City: 74147
Province/Country:
Building type:
Climate data set: SE0001a-Stockholm
Climate zone: 2: Cold Altitude of location: 30 m
Home owner / Client:
Street:
Postcode/City: 74140
Province/Country:
Architecture: Mechanical engineer:
Street: Street:
Postcode/City: 116 20 Postcode/City: 80320
Province/Country: Province/Country:
Energy consultancy: Certification:
Street: Street:
Postcode/City: 352 36 Postcode/City: 83122 Samerberg-Törwang
Province/Country: Province/Country:
Year of construction: 2017 Interior temperature winter [°C]: 20,0 Interior temp. summer [°C]: 25,0
No. of dwelling units: 1 Internal heat gains (IHG) heating case [W/m2]: 2,8 IHG cooling case [W/m²]: 2,8
No. of occupants: 800,0 Specific capacity [Wh/K per m² TFA]: 132 Mechanical cooling:
Specific building characteristics with reference to the treated floor area
Treated floor area m² 6129,9 Criteria Fullfilled?2
Space heating Heating demand kWh/(m²a) 7 ≤ 15 -
Heating load W/m² 6 ≤ - 10
Space cooling Cooling & dehum. demand kWh/(m²a) - ≤ - -
Cooling load W/m² - ≤ - -
Frequency of overheating (> 25 °C) % 0 ≤ 10 yesFrequency of excessively high humidity (> 12 g/kg) % 0 ≤ 20 yes
Airtightness Pressurization test result n50 1/h 0,1 ≤ 0,6 yes
PE demand kWh/(m²a) 128 ≤ - -
PER demand kWh/(m²a) 62 ≤ 60 62
kWh/(m²a) 26 ≥ - 4
2 Empty field: Data missing; '-': No requirement
Passive House Classic? yesTask: First name: Surname: Signature:
2-Certifier Harad Krause
Certificate ID Issued on: City:
19.02.19
Non-renewable Primary Energy (PE)
Primary Energy Renewable (PER)
I confirm that the values given herein have been determined following the PHPP methodology and based on the characteristic
values of the building. The PHPP calculations are attached to this verification.
yesGeneration of renewable energy (in relation to pro-
jected building footprint area)
Växjö
SE-Sweden
SE-Sweden
GÄVLE
ÅF Infrastructure AB
Norra Kungsgatan 5
Adolfsbergsskola
B. Tec Prof. Dr. Harald Krause
Sonnenfeld 9
Centralvägen 19E
Knivsta
Lustigkullagatan 18
Knivsta
Kommunfastigheter i Knivsta AB,
SE-Sweden
School
LLP-arkitektkontor AB
Fiskargatan 9
Stockholm
IG Passivhus Sverige AB
DE-Deutschland
yes
-
Alternative criteria
SE-Sweden
SE-Sweden
20215_Krause_PH_20190219_KrH Samerberg-Törwang
Honnörsgatan 16
PHPP, Verification PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
- Clim
ate
data
P
assiv
e H
ouse w
ith P
HP
P V
ers
ion 9
.6a
Adolfsberg
sskola
/ C
limate
: S
tockholm
/ T
FA
: 6130 m
² / H
eating: 6,6
kW
h/(
m²a
) / F
req. overh
eating: 0 %
/ P
ER
: 61,6
kW
h/(
m²a
)
Data
fo
r h
eati
ng
Data
fro
m m
on
thly
bala
nce
Sele
cti
on
of
clim
ate
data
Resu
lt o
verv
iew
An
nu
al m
eth
od
Heati
ng
Co
olin
g
Countr
y:
SE
-Sw
eden
Annual heating d
em
and
6,6
kW
h/(
m²a
)H
eating / c
oolin
g p
eriod
232
212
183
d/a
Regio
n:
All
Heating load
6,0
W/m
²H
eating / c
oolin
g d
egre
e h
ours
102
98
-56
kK
h/a
1-S
ort
ieru
ng
: A
lph
abet
isch
Fre
quency o
f overh
eating
0,0
%R
adia
tion N
ort
h140
110
291
kW
h/(
m²a
)
Clim
ate
data
set:
SE
0001
a-S
tock
ho
lmS
ensib
le c
oolin
g0,0
kW
h/(
m²a
)R
adia
tion E
ast
286
238
568
kW
h/(
m²a
)
Clim
ate
zone:
2:
Co
ldLate
nt coolin
g0,0
kW
h/(
m²a
)R
adia
tion S
outh
511
445
633
kW
h/(
m²a
)
Coolin
g load
-W
/m²
Radia
tion W
est
288
213
549
kW
h/(
m²a
)
Alt
itu
de
PE
R d
em
and
61,6
kW
h/(
m²a
)H
orizonta
l ra
dia
tion
365
284
784
kW
h/(
m²a
)
Weath
er
sta
tion:
15,0
m
Build
ing location:
30
m
Month
12
34
56
78
910
11
12
Heating load
Coolin
g load
PE
R
Days
31
28
31
30
31
30
31
31
30
31
30
31
Weath
er
1W
eath
er
2W
eath
er
1W
eath
er
2fa
cto
rs
SE
0001a-S
tockholm
Latitu
de °
59,3
Longitude °
18,1
Altitude [m
]15
Daily
tem
pera
ture
sw
ing S
um
mer
[K]
8,2
Radia
tion: [W
/m²]
Radia
tion: [W
/m²]
° C
Ext
erior
tem
pera
ture
-2,9
-3,3
-0,1
4,5
10,5
15,2
17,3
16,6
12,2
7,1
2,7
-1,0
-13,2
-11,8
25,9
25,9
1,2
0H
ousehold
ele
ctr
icit
kW
h/(
m²m
onth
)R
adia
tion N
ort
h6
15
28
37
56
64
59
42
25
13
64
10
580
80
1,2
0D
om
estic h
ot w
ate
r
kW
h/(
m²m
onth
)R
adia
tion E
ast
10
27
59
81
108
121
105
88
53
28
13
820
5153
153
1,5
5H
eating
kW
h/(
m²m
onth
)R
adia
tion S
outh
33
65
104
106
116
109
105
107
90
67
40
31
45
10
149
149
1,0
0C
oolin
g
kW
h/(
m²m
onth
)R
adia
tion W
est
11
28
59
76
114
110
110
92
60
32
11
720
5150
150
1,0
0D
ehum
idific
ation
kW
h/(
m²m
onth
)H
orizonta
l ra
dia
tion
10
27
68
109
164
177
161
129
77
38
14
725
5230
230
° C
Dew
poin
t te
mpera
ture
-3,9
-4,8
-3,9
-0,7
3,1
8,2
12,1
12,1
8,2
4,2
0,7
-2,9
15,1
15,1
° C
Sky tem
pera
ture
-11,8
-12,2
-9,0
-4,4
1,6
6,3
8,4
7,7
3,3
-1,8
-6,2
-9,9
12,0
15,1
° C
Gro
und tem
pera
ture
9,6
9,2
9,1
10,5
11,1
11,8
12,4
12,8
12,9
11,5
10,9
10,2
9,1
9,1
12,9
12,9
Com
ment:
-10
-50510
15
20
0
20
40
60
80
100
120
140
160
180
200
12
34
56
78
91
01
11
2
kWh/(m²month)
Ra
dia
tion
No
rth
Ra
dia
tion
Ea
st
Ra
dia
tion
So
uth
Ra
dia
tion
We
st
Ho
rizon
tal ra
dia
tio
n
Exte
rio
r te
mpe
ratu
re
De
w p
oin
t te
mpe
ratu
re
°C
PH
PP
, C
limate
PH
PP
_V
9.6
a_E
N_V
raskola
_H
P_2019_02_19
-
-
U-value of building assembliesPassive House with PHPP Version 9.6a
Adolfsbergsskola / Climate: Stockholm / TFA: 6130 m² / Heating: 6,6 kWh/(m²a) / Freq. overheating: 0 % / PER: 61,6 kWh/(m²a)
Secondary calculation: Equivalent thermal conductivity of still air spaces -> (on the right)
Wedge-shaped assembly layer -> (on the right)
Unheated / uncooled attic -> (on the right)
Assembly no. Building assembly description Interior insulation?
01ud EW Plan1
Heat transmission resistance [m²K/W]
Orientation of building element 0,13 interior Rsi 0,13
Adjacent to 0,04 exterior Rse: 0,04
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Concrete 2,300 150
Therma TW58 0,022 240
Concrete 80-120mm 2,300 80
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% 47,0 cm
U-value supplement 0,01 W/(m²K) U-value: 0,103 W/(m²K)
Assembly no. Interior insulation?
02ud Lamilux Rauchlift
Heat transmission resistance [m²K/W]
Orientation of building element 1-Roof interior Rsi 0,10
Adjacent to 1-Outdoor air exterior Rse: 0,04
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
0,112 100
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% 10,0 cm
U-value supplement W/(m²K) U-value: 0,970 W/(m²K)
Assembly no. Interior insulation?
03ud Floor slab
Heat transmission resistance [m²K/W]
Orientation of building element 3-Floor interior Rsi 0,17
Adjacent to 2-Ground exterior Rse: 0,00
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Concrete 2,300 120
Cellplast s150 0,035 300
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% 42,0 cm
U-value supplement W/(m²K) U-value: 0,114 W/(m²K)
PHPP, U-Values PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
Assembly no. Interior insulation?
04ud Roof
Heat transmission resistance [m²K/W]
Orientation of building element 1-Roof interior Rsi 0,10
Adjacent to 1-Outdoor air exterior Rse: 0,04
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Rockwool 037 0,037 Timber 0,130 50
Still air 0,170 Timber 0,130 28
Protect F 0,250 15
Rockwool 037 0,037 Timber 0,130 50
Isover 035 0,035 Plywood 0,170 400
Isover 035 0,035 Timber 0,130 50
Plywood 0,130 15
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
88% 3,0% 8,5% 60,8 cm
U-value supplement W/(m²K) U-value: 0,068 W/(m²K)
Assembly no. Interior insulation?
05ud Overhang
Heat transmission resistance [m²K/W]
Orientation of building element 3-Floor interior Rsi 0,17
Adjacent to 3-Ventilated exterior Rse: 0,17
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Concrete 2,300 300
Mineral wool 0,038 Timber 0,130 90
Mineral wool 0,038 Plywood 0,170 310
Mineral wool 0,038 Timber 0,130 90
Mineral wool 0,038 Plywood 0,170 360
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
91% 7,5% 1,7% 115,0 cm
U-value supplement W/(m²K) U-value: 0,046 W/(m²K)
Assembly no. Interior insulation?
06ud Floor slab lift shaft
Heat transmission resistance [m²K/W]
Orientation of building element 3-Floor interior Rsi 0,17
Adjacent to 2-Ground exterior Rse: 0,00
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Concrete 2,300 200
Foamglass T4+ 0,041 300
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% 50,0 cm
U-value supplement W/(m²K) U-value: 0,132 W/(m²K)
Wärmeleitfähigkeit lWärmeleitfähigkeit lWärmeleitfähigkeit lWärmeleitfähigkeit lWärmeleitfähigkeit l
PHPP, U-Values PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
Assembly no. Interior insulation?
07ud EW Ground
Heat transmission resistance [m²K/W]
Orientation of building element 2-Wall interior Rsi 0,13
Adjacent to 2-Ground exterior Rse: 0,00
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Concrete 200-220mm 2,300 200
Cellplast s150 0,035 300
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% 50,0 cm
U-value supplement W/(m²K) U-value: 0,114 W/(m²K)
Assembly no. Interior insulation?
08ud Blind windows
Heat transmission resistance [m²K/W]
Orientation of building element 2-Wall interior Rsi 0,13
Adjacent to 1-Outdoor air exterior Rse: 0,04
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Gypsum Plasterboard 0,250 13
Still air 0,140 Timber 0,130 25
Mineralwool 0,036 Timber 0,130 95
SPU 0,023 96
Glass 1,000 6
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
93% 7,5% 23,5 cm
U-value supplement W/(m²K) U-value: 0,145 W/(m²K)
Assembly no. Interior insulation?
09ud EW Plan 2
Heat transmission resistance [m²K/W]
Orientation of building element 2-Wall interior Rsi 0,13
Adjacent to 3-Ventilated exterior Rse: 0,13
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Concrete 2,300 150
Therma TW58 0,022 240
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% 39,0 cm
U-value supplement 0,01 W/(m²K) U-value: 0,102 W/(m²K)
Wärmeleitfähigkeit l Wärmeleitfähigkeit lWärmeleitfähigkeit lWärmeleitfähigkeit lWärmeleitfähigkeit lWärmeleitfähigkeit l
PHPP, U-Values PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
Assembly no. Interior insulation?
10ud EW Plan 3
Heat transmission resistance [m²K/W]
Orientation of building element 2-Wall interior Rsi 0,13
Adjacent to 3-Ventilated exterior Rse: 0,13
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Gypsum Plasterboard 0,250 26
Mineralwool 0,036 Timber 0,130 95
Cellulose 0,040 Timber 0,130 90
Cellulose 0,040 Plywwod 0,170 410
Weatherboard 0,050 10
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
88% 10,0% 1,7% 63,1 cm
U-value supplement W/(m²K) U-value: 0,068 W/(m²K)
Assembly no. Interior insulation?
11ud
Heat transmission resistance [m²K/W]
Orientation of building element interior Rsi
Adjacent to exterior Rse:
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% cm
U-value supplement W/(m²K) U-value: W/(m²K)
Assembly no. Interior insulation?
12ud
Heat transmission resistance [m²K/W]
Orientation of building element interior Rsi
Adjacent to exterior Rse:
Area section 1 l [W/(mK)] Area section 2 (optional) l [W/(mK)] Area section 3 (optional) l [W/(mK)] Thickness [mm]
Percentage of sec. 1 Percentage of sec. 2 Percentage of sec. 3 Total
100% cm
U-value supplement W/(m²K) U-value: W/(m²K)
PHPP, U-Values PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
-C
ert
ifie
d b
uildin
g s
yste
ms ►
Exception ►
Are
as d
ete
rmin
ati
on
Passiv
e H
ouse w
ith P
HP
P V
ers
ion 9
.6a
Ad
olfsb
erg
ssko
la
/ C
lim
ate
: S
tockh
olm
/ T
FA
: 6
13
0 m
² /
H
ea
tin
g:
6,6
kW
h/(
m²a
) /
F
req
. o
ve
rhe
atin
g:
0 %
/
PE
R:
61
,6 k
Wh
/(m
²a)
Su
mm
ary
Bu
ild
ing
assem
bly
overv
iew
Avera
ge U
-valu
eT
em
p.-
zone
Are
a g
roup
Gro
up
no.
Are
a /
Length
Unit
Com
ment
[W/(
m²K
)]
Tre
ate
d f
loo
r are
a1
6129,8
7m
²T
reate
d f
loor
are
a a
ccord
ing t
o P
HP
P m
anual
7 M
onth
s6 M
onth
s
AN
ort
h w
ind
ow
s
2263,3
3m
²N
ort
h w
ind
ow
s
0,6
34
7577
23160
AE
ast
win
do
ws
3182,8
9m
²R
esults c
om
e f
rom
the 'W
indow
s' w
ork
sheet.
East
win
do
ws
0,6
77
10092
14541
AS
ou
th w
ind
ow
s
4193,1
7m
²W
indow
are
as a
re s
ubtr
acte
d f
rom
indiv
idual opaque a
reas.
So
uth
win
do
ws
0,6
52
23253
12964
AW
est
win
do
ws
5177,4
5m
²w
hic
h is d
ispla
yed in t
he 'W
indow
s' w
ork
sheet.
West
win
do
ws
0,6
81
9830
15896
AH
ori
zon
tal
win
do
ws
633,3
2m
²H
ori
zon
tal
win
do
ws
0,7
34
2808
9114
AE
xte
rio
r d
oo
r7
11,8
2m
²P
lease s
ubtr
act
are
a o
f door
from
respective b
uild
ing a
ssem
bly
Exte
rio
r d
oo
r0,8
60
AE
xte
rnal
wall
- A
mb
ien
t8
2142,8
3m
²T
em
pera
ture
zone "
A"
is a
mbie
nt
air
Exte
rnal
wall
- A
mb
ien
t0,0
92
323
1539
BE
xte
rnal
wall
- G
rou
nd
9594,9
5m
²T
em
pera
ture
zone "
B"
is t
he g
round
Exte
rnal
wall
- G
rou
nd
0,1
14
AR
oo
f/C
eil
ing
- A
mb
ien
t10
3630,2
9m
²R
oo
f/C
eil
ing
- A
mb
ien
t0,0
71
-147
2775
BF
loo
r sla
b /
Basem
en
t ceil
ing
11
2910,4
2m
²F
loo
r sla
b /
Basem
en
t ceil
ing
0,1
14
12
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"
13
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"F
acto
r fo
r X
X14
0,0
0m
²T
em
pera
ture
zone "
X":
Ple
ase p
rovid
e u
ser-
defined r
eduction f
acto
r (
0 <
ft
< 1
):75%
Th
erm
al
bri
dg
es -
Overv
iew
Y [
W/(
mK
)]
AT
herm
al
bri
dg
es A
mb
ien
t15
1409,2
3m
Units in m
Th
erm
al
bri
dg
es A
mb
ien
t-0
,001
PP
eri
mete
r th
erm
al
bri
dg
es
16
315,1
7m
Units in m
; te
mpera
ture
zone "
P"
is p
erim
ete
r (s
ee 'G
round' w
ork
sheet)
Peri
mete
r th
erm
al
bri
dg
es
0,0
07
BT
herm
al
bri
dg
es F
S/B
C17
99,0
5m
Units in m
Th
erm
al
bri
dg
es F
S/B
C0,0
43
IB
uil
din
g e
lem
en
t to
ward
s n
eig
hb
18
0,0
0m
²N
o h
eat
losses,
only
consid
ere
d f
or
the h
eating load c
alc
ula
tion
Bu
ild
ing
ele
men
t to
ward
s n
eig
hb
ou
r
To
tal
therm
al
en
velo
pe
10140,4
8m
²A
vera
ge t
herm
. en
velo
pe
0,1
41
Go t
o b
uildin
g c
om
ponents
lis
t
Are
a i
np
ut
2-S
ort
ing:
BY
ID
Are
a n
o.
Buildin
g a
ssem
bly
descri
ption
To
gro
up N
o.
Assig
ned t
o g
roup
Quan-
tity
x (
a [m]
xb
[m
]+
User
dete
r-
min
ed [
m²]
-
User
sub-
traction
[m²]
-
Subtr
action
win
dow
are
as
[m²]
) =
Are
a
[m²]
Sele
ction b
uildin
g a
ssem
bly
/
Buildin
g s
yste
m
U-V
alu
e[W
/(m
²K)]
Devia
tion
from
Nort
h
Angle
of
inclination
from
the
hori
zonta
l
Ori
enta
tion
Reduction f
acto
r
shadin
g
Exte
rior
absorp
tivity
Exte
rior
em
issiv
ity
Pro
jecte
d b
uildin
g f
ootp
rint
0P
roje
cte
d b
uildin
g f
ootp
rint
1x (
x+
3141,8
0-
)=
3141,8
Tre
ate
d f
loor
are
a1
Tre
ate
d f
loor
are
a1
x (
x+
6129,8
7-
)=
6129,9
Exte
rior
door
7E
xte
rior
door
1x (
1,4
3x
2,1
6+
8,7
4-
) -
=11,8
Exte
rior
door
0,8
6
1E
W N
ort
h P
lan
18
Exte
rnal w
all -
Am
bie
nt
1x (
50,1
4x
4,8
3+
-34,7
5)
-42,1
=165,3
01u
d-E
W P
lan
10,1
03
490
No
rth
0,7
00,6
00,9
0
2E
W N
ort
h G
rou
nd
9E
xte
rnal w
all -
Gro
und
1x (
x+
30,8
0-
) -
0,0
=30,8
07u
d-E
W G
rou
nd
0,1
14
490
No
rth
3E
W N
ort
h P
lan
28
Exte
rnal w
all -
Am
bie
nt
1x (
49,9
8x
3,6
0+
-1,9
3)
-69,1
=108,9
09u
d-E
W P
lan
2
0,1
02
490
No
rth
0,7
00,6
00,9
0
4E
W N
ort
h P
lan
38
Exte
rnal w
all -
Am
bie
nt
1x (
49,9
8x
3,2
3+
-)
-71,2
=90,3
10u
d-E
W P
lan
30,0
68
490
No
rth
0,7
00,6
00,9
0
5E
W E
ast
Pla
n1
8E
xte
rnal w
all -
Am
bie
nt
1x (
68,2
1x
0,7
8+
-)
-0,0
=53,2
01u
d-E
W P
lan
10,1
03
94
90
East
0,7
00,6
00,9
0
6E
W E
ast
Gro
un
d9
Exte
rnal w
all -
Gro
und
1x (
68,2
4x
4,0
5+
-)
-0,0
=276,4
07u
d-E
W G
rou
nd
0,1
14
94
90
East
7E
W E
ast
Pla
n2
8E
xte
rnal w
all -
Am
bie
nt
1x (
67,9
8x
3,6
0+
-18,5
2)
-113,9
=112,3
09u
d-E
W P
lan
2
0,1
02
94
90
East
0,7
00,6
00,9
0
8E
W E
ast
Pla
n3
8E
xte
rnal w
all -
Am
bie
nt
1x (
67,9
8x
4,5
2+
-54,9
1)
-41,8
=210,5
10u
d-E
W P
lan
30,0
68
94
90
East
0,7
00,6
00,9
0
9E
W S
ou
th P
lan
18
Exte
rnal w
all -
Am
bie
nt
1x (
50,1
8x
0,7
8+
-)
-0,0
=39,1
01u
d-E
W P
lan
10,1
03
184
90
So
uth
0,7
00,6
00,9
0
10
EW
So
uth
Gro
un
d9
Exte
rnal w
all -
Gro
und
1x (
16,6
0x
4,0
5+
97,8
6-
) -
0,0
=165,1
07u
d-E
W G
rou
nd
0,1
14
184
90
So
uth
11
EW
So
uth
Pla
n 2
8E
xte
rnal w
all -
Am
bie
nt
1x (
49,9
8x
3,6
0+
-9,0
8)
-60,7
=110,2
09u
d-E
W P
lan
2
0,1
02
184
90
So
uth
0,7
00,6
00,9
0
12
EW
So
uth
Pla
n 3
8E
xte
rnal w
all -
Am
bie
nt
1x (
49,9
8x
3,2
3+
-)
-71,2
=90,3
10u
d-E
W P
lan
30,0
68
184
90
So
uth
0,7
00,6
00,9
0
13
EW
So
uth
Pla
n1 E
ntr
an
ce z
on
e8
Exte
rnal w
all -
Am
bie
nt
1x (
31,1
7x
4,8
3+
-97,8
6)
-0,0
=52,7
01u
d-E
W P
lan
10,1
03
184
90
So
uth
0,7
00,6
00,9
0
14
EW
So
uth
Pla
n2 u
nd
er
overh
an
g E
ntr
an
ce z
on
e8
Exte
rnal w
all -
Am
bie
nt
1x (
10,9
8x
1,6
7+
-12,1
0)
-3,8
=2,4
09u
d-E
W P
lan
2
0,1
02
184
90
So
uth
0,7
00,6
00,9
0
15
EW
West
Gro
un
d9
Exte
rnal w
all -
Gro
und
1x (
34,0
8x
3,6
0+
-)
-0,0
=122,7
07u
d-E
W G
rou
nd
0,1
14
274
90
West
0,7
00,6
00,9
0
16
EW
West
Pla
n1
8E
xte
rnal w
all -
Am
bie
nt
1x (
34,1
1x
4,8
3+
24,5
0-
) -
31,4
=157,9
01u
d-E
W P
lan
10,1
03
274
90
West
0,7
00,6
00,9
0
17
EW
West
Pla
n 2
8E
xte
rnal w
all -
Am
bie
nt
1x (
67,9
8x
3,6
0+
-58,2
5)
-43,7
=142,8
09u
d-E
W P
lan
2
0,1
02
274
90
West
0,7
00,6
00,9
0
18
EW
West
Pla
n 3
8E
xte
rnal w
all -
Am
bie
nt
1x (
67,9
8x
4,5
2+
-32,6
0)
-63,8
=210,8
10u
d-E
W P
lan
30,0
68
274
90
West
0,7
00,6
00,9
0
19
EW
NW
Pla
n1 E
ntr
an
ce
8E
xte
rnal w
all -
Am
bie
nt
1x (
34,2
5x
1,2
3+
-)
-0,0
=42,1
01u
d-E
W P
lan
10,1
03
339
90
No
rth
0,7
00,6
00,9
0
20
EW
NW
Pla
n2 u
nd
er
overh
an
g
En
tran
ce z
on
e8
Exte
rnal w
all -
Am
bie
nt
1x (
12,0
5x
1,6
7+
-)
-17,0
=3,2
09u
d-E
W P
lan
2
0,1
02
339
90
No
rth
0,7
00,6
00,9
0
21
EW
NW
Pla
n2 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
22,1
9x
3,6
0+
-)
-31,9
=48,0
09u
d-E
W P
lan
2
0,1
02
339
90
No
rth
0,7
00,6
00,9
0
22
EW
NW
Pla
n3 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
x+
99,4
3-
) -
32,0
=67,4
10u
d-E
W P
lan
30,0
68
339
90
No
rth
0,7
00,6
00,9
0
23
EW
E P
lan
2 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
18,8
7x
3,6
0+
-)
-0,0
=67,9
09u
d-E
W P
lan
2
0,1
02
94
90
East
0,7
00,6
00,9
0
24
EW
E P
lan
3 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
x+
85,1
6-
) -
27,2
=58,0
10u
d-E
W P
lan
30,0
68
94
90
East
0,7
00,6
00,9
0
25
EW
S P
lan
2 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
20,2
2x
3,6
0+
-)
-28,6
=44,2
09u
d-E
W P
lan
2
0,1
02
184
90
So
uth
0,7
00,6
00,9
0
26
EW
S P
lan
3 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
20,2
2x
5,6
1+
-0,4
3)
-28,9
=84,2
10u
d-E
W P
lan
30,0
68
184
90
So
uth
0,7
00,6
00,9
0
27
EW
W P
lan
2 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
9,7
2x
3,6
0+
-)
-24,5
=10,5
09u
d-E
W P
lan
2
0,1
02
274
90
West
0,7
00,6
00,9
0
28
EW
W P
lan
3 A
triu
m8
Exte
rnal w
all -
Am
bie
nt
1x (
x+
44,1
9-
) -
14,0
=30,2
10u
d-E
W P
lan
30,0
68
274
90
West
0,7
00,6
00,9
0
29
x (
x+
-)
-0,0
=
Radia
tion-
gain
s h
eating
season
[kW
h/a
]
Radia
tion-
load c
ooling
peri
od
[kW
h/a
]
PH
PP
, A
reas
PH
PP
_V
9.6
a_E
N_V
raskola
_H
P_2019_02_19
-
-C
ert
ifie
d b
uildin
g s
yste
ms ►
Exception ►
Are
as d
ete
rmin
ati
on
Passiv
e H
ouse w
ith P
HP
P V
ers
ion 9
.6a
Ad
olfsb
erg
ssko
la
/ C
lim
ate
: S
tockh
olm
/ T
FA
: 6
13
0 m
² /
H
ea
tin
g:
6,6
kW
h/(
m²a
) /
F
req
. o
ve
rhe
atin
g:
0 %
/
PE
R:
61
,6 k
Wh
/(m
²a)
Su
mm
ary
Bu
ild
ing
assem
bly
overv
iew
Avera
ge U
-valu
eT
em
p.-
zone
Are
a g
roup
Gro
up
no.
Are
a /
Length
Unit
Com
ment
[W/(
m²K
)]
Tre
ate
d f
loo
r are
a1
6129,8
7m
²T
reate
d f
loor
are
a a
ccord
ing t
o P
HP
P m
anual
7 M
onth
s6 M
onth
s
AN
ort
h w
ind
ow
s
2263,3
3m
²N
ort
h w
ind
ow
s
0,6
34
7577
23160
AE
ast
win
do
ws
3182,8
9m
²R
esults c
om
e f
rom
the 'W
indow
s' w
ork
sheet.
East
win
do
ws
0,6
77
10092
14541
AS
ou
th w
ind
ow
s
4193,1
7m
²W
indow
are
as a
re s
ubtr
acte
d f
rom
indiv
idual opaque a
reas.
So
uth
win
do
ws
0,6
52
23253
12964
AW
est
win
do
ws
5177,4
5m
²w
hic
h is d
ispla
yed in t
he 'W
indow
s' w
ork
sheet.
West
win
do
ws
0,6
81
9830
15896
AH
ori
zon
tal
win
do
ws
633,3
2m
²H
ori
zon
tal
win
do
ws
0,7
34
2808
9114
AE
xte
rio
r d
oo
r7
11,8
2m
²P
lease s
ubtr
act
are
a o
f door
from
respective b
uild
ing a
ssem
bly
Exte
rio
r d
oo
r0,8
60
AE
xte
rnal
wall
- A
mb
ien
t8
2142,8
3m
²T
em
pera
ture
zone "
A"
is a
mbie
nt
air
Exte
rnal
wall
- A
mb
ien
t0,0
92
323
1539
BE
xte
rnal
wall
- G
rou
nd
9594,9
5m
²T
em
pera
ture
zone "
B"
is t
he g
round
Exte
rnal
wall
- G
rou
nd
0,1
14
AR
oo
f/C
eil
ing
- A
mb
ien
t10
3630,2
9m
²R
oo
f/C
eil
ing
- A
mb
ien
t0,0
71
-147
2775
BF
loo
r sla
b /
Basem
en
t ceil
ing
11
2910,4
2m
²F
loo
r sla
b /
Basem
en
t ceil
ing
0,1
14
12
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"
13
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"F
acto
r fo
r X
X14
0,0
0m
²T
em
pera
ture
zone "
X":
Ple
ase p
rovid
e u
ser-
defined r
eduction f
acto
r (
0 <
ft
< 1
):75%
Th
erm
al
bri
dg
es -
Overv
iew
Y [
W/(
mK
)]
AT
herm
al
bri
dg
es A
mb
ien
t15
1409,2
3m
Units in m
Th
erm
al
bri
dg
es A
mb
ien
t-0
,001
PP
eri
mete
r th
erm
al
bri
dg
es
16
315,1
7m
Units in m
; te
mpera
ture
zone "
P"
is p
erim
ete
r (s
ee 'G
round' w
ork
sheet)
Peri
mete
r th
erm
al
bri
dg
es
0,0
07
BT
herm
al
bri
dg
es F
S/B
C17
99,0
5m
Units in m
Th
erm
al
bri
dg
es F
S/B
C0,0
43
IB
uil
din
g e
lem
en
t to
ward
s n
eig
hb
18
0,0
0m
²N
o h
eat
losses,
only
consid
ere
d f
or
the h
eating load c
alc
ula
tion
Bu
ild
ing
ele
men
t to
ward
s n
eig
hb
ou
r
To
tal
therm
al
en
velo
pe
10140,4
8m
²A
vera
ge t
herm
. en
velo
pe
0,1
41
Go t
o b
uildin
g c
om
ponents
lis
t
Radia
tion-
gain
s h
eating
season
[kW
h/a
]
Radia
tion-
load c
ooling
peri
od
[kW
h/a
]
30
x (
x+
-)
-0,0
=
31
Flo
or
sla
b11
Flo
or
sla
b /
Basem
ent
ceilin
g1
x (
x+
2276,3
0-
) -
0,0
=2276,3
03u
d-F
loo
r sl
ab0,1
14
0180
Ho
r
32
Flo
or
sla
b W
ind
fan
g F
F11
Flo
or
sla
b /
Basem
ent
ceilin
g1
x (
x+
626,4
2-
) -
0,0
=626,4
03u
d-F
loo
r sl
ab0,1
14
0180
Ho
r
33
Flo
or
2n
dF
ab
ove e
ntr
an
ce
10
Roof/
Ceilin
g -
Am
bie
nt
1x (
x+
231,6
0-
) -
0,0
=231,6
05u
d-O
verh
ang
0,0
46
0180
Ho
r0,7
00,6
00,9
0
34
x (
x+
-)
-0,0
=
35
Ro
of
N s
lop
es
10
Roof/
Ceilin
g -
Am
bie
nt
1x (
279,6
6x
5,3
0+
-23,4
3)
-16,7
=1441,0
04u
d-R
oo
f0,0
68
425
Ho
r0,7
00,6
00,9
0
36
Ro
of
S S
lop
es
10
Roof/
Ceilin
g -
Am
bie
nt
1x (
259,4
4x
5,3
0+
27,9
1-
17,6
4)
-16,7
=1367,6
04u
d-R
oo
f0,0
68
184
25
Ho
r0,7
00,6
00,9
0
37
Ro
of
N e
nd
slo
pe
10
Roof/
Ceilin
g -
Am
bie
nt
1x (
49,9
8x
5,7
3+
-)
-0,0
=286,2
04u
d-R
oo
f0,0
68
425
Ho
r0,7
00,6
00,9
0
38
Ro
of
S e
nd
slo
pe
10
Roof/
Ceilin
g -
Am
bie
nt
1x (
49,9
8x
5,7
3+
-)
-0,0
=286,2
04u
d-R
oo
f0,0
68
184
25
Ho
r0,7
00,6
00,9
0
39
Flo
or
sla
b l
ifts
haft
11
Flo
or
sla
b /
Basem
ent
ceilin
g1
x (
2,7
5x
2,8
0+
-)
-0,0
=7,7
06u
d-F
loo
r sl
ab l
ift
shaf
t0,1
32
0180
Ho
r0,7
00,6
00,9
0
40
Ro
of
op
en
ing
10
Roof/
Ceilin
g -
Am
bie
nt
6x (
1,2
0x
1,2
0+
1,5
0-
) -
0,0
=17,6
02u
d-L
amil
ux
Rau
chli
ft0,9
70
184
25
Ho
r0,7
00,6
00,9
0
41
E P
lan
2 B
lin
d W
8E
xte
rnal w
all -
Am
bie
nt
1x (
9,6
0x
1,4
3+
-)
-0,0
=13,7
08u
d-B
lin
d w
ind
ow
s0,1
45
94
90
East
0,7
00,6
00,9
0
42
E P
lan
3 B
lin
d W
8E
xte
rnal w
all -
Am
bie
nt
1x (
38,4
0x
1,4
3+
-)
-0,0
=54,9
08u
d-B
lin
d w
ind
ow
s0,1
45
94
90
East
0,7
00,6
00,9
0
43
S P
lan
2 B
lin
d W
8E
xte
rnal w
all -
Am
bie
nt
1x (
5,1
3x
1,1
7+
-)
-0,0
=6,0
08u
d-B
lin
d w
ind
ow
s0,1
45
184
90
So
uth
0,7
00,6
00,9
0
44
W P
lan
2 B
lin
d W
8E
xte
rnal w
all -
Am
bie
nt
1x (
13,2
0x
1,4
3+
-)
-0,0
=18,9
08u
d-B
lin
d w
ind
ow
s0,1
45
274
90
West
0,7
00,6
00,9
0
45
W P
lan
3 B
lin
d W
8E
xte
rnal w
all -
Am
bie
nt
1x (
22,8
0x
1,4
3+
-)
-0,0
=32,6
08u
d-B
lin
d w
ind
ow
s0,1
45
274
90
West
0,7
00,6
00,9
0
46
S P
lan
2 u
nd
er
overh
an
g B
lin
d
W8
Exte
rnal w
all -
Am
bie
nt
1x (
8,4
6x
1,4
3+
-)
-0,0
=12,1
08u
d-B
lin
d w
ind
ow
s0,1
45
184
90
So
uth
0,7
00,6
00,9
0
47
N P
lan
2 B
lin
d W
8E
xte
rnal w
all -
Am
bie
nt
1x (
1,3
5x
1,4
3+
-)
-0,0
=1,9
08u
d-B
lin
d w
ind
ow
s0,1
45
490
No
rth
0,7
00,6
00,9
0
48
S/E
/W P
lan
3 l
igh
tsh
aft
Bli
nd
W8
Exte
rnal w
all -
Am
bie
nt
1x (
0,3
0x
1,4
3+
-)
-0,0
=0,4
08u
d-B
lin
d w
ind
ow
s0,1
45
94
90
East
0,7
00,6
00,9
0
49
x (
x+
-)
-0,0
=
50
x (
x+
-)
-0,0
=
Aend
PH
PP
, A
reas
PH
PP
_V
9.6
a_E
N_V
raskola
_H
P_2019_02_19
-
-C
ert
ifie
d b
uildin
g s
yste
ms ►
Exception ►
Are
as d
ete
rmin
ati
on
Ad
olfsb
erg
ssko
la
/ C
lim
ate
: S
tockh
olm
/ T
FA
: 6
13
0 m
² /
H
ea
tin
g:
6,6
kW
h/(
m²a
) /
F
req
. o
ve
rhe
atin
g:
0 %
/
PE
R:
61
,6 k
Wh
/(m
²a)
Su
mm
ary
Bu
ild
ing
assem
bly
overv
iew
Avera
ge U
-valu
eT
em
p.-
zone
Are
a g
roup
Gro
up
no.
Are
a /
Length
Unit
Com
ment
[W/(
m²K
)]
Tre
ate
d f
loo
r are
a1
6129,8
7m
²T
reate
d f
loor
are
a a
ccord
ing t
o P
HP
P m
anual
7 M
onth
s
AN
ort
h w
ind
ow
s
2263,3
3m
²N
ort
h w
ind
ow
s
0,6
34
7577
AE
ast
win
do
ws
3182,8
9m
²R
esults c
om
e f
rom
the 'W
indow
s' w
ork
sheet.
East
win
do
ws
0,6
77
10092
AS
ou
th w
ind
ow
s
4193,1
7m
²W
indow
are
as a
re s
ubtr
acte
d f
rom
indiv
idual opaque a
reas.
So
uth
win
do
ws
0,6
52
23253
AW
est
win
do
ws
5177,4
5m
²w
hic
h is d
ispla
yed in t
he 'W
indow
s' w
ork
sheet.
West
win
do
ws
0,6
81
9830
AH
ori
zon
tal
win
do
ws
633,3
2m
²H
ori
zon
tal
win
do
ws
0,7
34
2808
AE
xte
rio
r d
oo
r7
11,8
2m
²P
lease s
ubtr
act
are
a o
f door
from
respective b
uild
ing a
ssem
bly
Exte
rio
r d
oo
r0,8
60
AE
xte
rnal
wall
- A
mb
ien
t8
2142,8
3m
²T
em
pera
ture
zone "
A"
is a
mbie
nt
air
Exte
rnal
wall
- A
mb
ien
t0,0
92
323
BE
xte
rnal
wall
- G
rou
nd
9594,9
5m
²T
em
pera
ture
zone "
B"
is t
he g
round
Exte
rnal
wall
- G
rou
nd
0,1
14
AR
oo
f/C
eil
ing
- A
mb
ien
t10
3630,2
9m
²R
oo
f/C
eil
ing
- A
mb
ien
t0,0
71
-147
BF
loo
r sla
b /
Basem
en
t ceil
ing
11
2910,4
2m
²F
loo
r sla
b /
Basem
en
t ceil
ing
0,1
14
12
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"
13
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"F
acto
r fo
r X
X14
0,0
0m
²T
em
pera
ture
zone "
X":
Ple
ase p
rovid
e u
ser-
defined r
eduction f
acto
r (
0 <
ft
< 1
):75%
Th
erm
al
bri
dg
es -
Overv
iew
Y [
W/(
mK
)]
AT
herm
al
bri
dg
es A
mb
ien
t15
1409,2
3m
Units in m
Th
erm
al
bri
dg
es A
mb
ien
t-0
,001
PP
eri
mete
r th
erm
al
bri
dg
es
16
315,1
7m
Units in m
; te
mpera
ture
zone "
P"
is p
erim
ete
r (s
ee 'G
round' w
ork
sheet)
Peri
mete
r th
erm
al
bri
dg
es
0,0
07
BT
herm
al
bri
dg
es F
S/B
C17
99,0
5m
Units in m
Th
erm
al
bri
dg
es F
S/B
C0,0
43
IB
uil
din
g e
lem
en
t to
ward
s n
eig
hb
18
0,0
0m
²N
o h
eat
losses,
only
consid
ere
d f
or
the h
eating load c
alc
ula
tion
Bu
ild
ing
ele
men
t to
ward
s n
eig
hb
ou
r
To
tal
therm
al
en
velo
pe
10140,4
8m
²A
vera
ge t
herm
. en
velo
pe
0,1
41
Go t
o b
uildin
g c
om
ponents
lis
t
Radia
tion-
gain
s h
eating
season
[kW
h/a
]
Th
erm
al
bri
dg
e i
np
uts
Sort
ieru
ng ä
ndern
No.
Therm
al bri
dge -
denom
ination
Gro
up
No.
Assig
ned t
o g
roup
Quan
tity
x (
Length
[m
]-
Subtr
action
length
[m]
)=Length
l
[m]
User
dete
rmin
ed
psi valu
e
[W/(
mK
)]
User
dete
rmin
ed
f Rsi=
0,2
5
(optional)
or
Sele
ction b
uildin
g s
yste
mY
-Valu
e[W
/(m
K)]
f Rsi-R
equir
em
ent
met?
1D
1 -
101 K
an
tbalk
16
Peri
mete
r th
erm
al bri
dges
1
x (
109,6
6-
) =
109,6
60,0
25
or
0,0
25
2D
2 -
103 K
an
tbalk
16
Peri
mete
r th
erm
al bri
dges
1
x (
8,3
0-
) =
8,3
00,0
11
or
0,0
11
3D
3 -
104 (
110)
Kan
tbalk
16
Peri
mete
r th
erm
al bri
dges
1
x (
149,5
6-
) =
149,5
6-0
,001
or
-0,0
01
4D
4 -
105 P
ela
rsu
la17
Therm
al bri
dges F
S/B
C6
x (
2,3
0-
) =
13,8
00,0
64
or
0,0
64
5D
5 -
107 P
ela
rsu
la17
Therm
al bri
dges F
S/B
C17
x (
1,5
0-
) =
25,5
00,0
30
or
0,0
30
6D
6 -
106 P
ela
rsu
la17
Therm
al bri
dges F
S/B
C13
x (
2,3
0-
) =
29,9
00,0
53
or
0,0
53
7D
7 -
108 L
ifts
haft
17
Therm
al bri
dges F
S/B
C1
x (
11,1
0-
) =
11,1
00,1
12
or
0,1
12
8x (
-)
=or
9D
9 -
112 A
W/T
rap
pa
16
Peri
mete
r th
erm
al bri
dges
1
x (
44,6
5-
) =
44,6
5-0
,019
or
-0,0
19
10
D10 -
121 K
an
tbalk
16
Peri
mete
r th
erm
al bri
dges
1
x (
3,0
0-
) =
3,0
00,1
36
or
0,1
36
11
D11 -
122 P
ela
rsu
la17
Therm
al bri
dges F
S/B
C1
x (
3,0
0-
) =
3,0
00,0
81
or
0,0
81
12
D12 -
NO
CK
15
Therm
al bri
dges A
mbie
nt
1x (
309,4
2-
) =
309,4
2-0
,021
or
-0,0
21
13
x (
-)
=or
14
D14 -
RÄ
NN
DA
L B
15
Therm
al bri
dges A
mbie
nt
1x (
269,9
8-
) =
269,9
80,0
21
or
0,0
21
15
D19 -
M03 V
ÄG
GH
ÖR
N15
Therm
al bri
dges A
mbie
nt
4x (
1,9
1-
) =
7,6
2-0
,041
or
-0,0
41
16
D22 -
310 V
ÄG
G P
lan
1/2
15
Therm
al bri
dges A
mbie
nt
1x (
16,4
7-
) =
16,4
70,0
06
or
0,0
06
17
D23 -
VÄ
GG
HO
RN
P
RE
FA
B-
PL
AT
SG
JU
TE
T17
Therm
al bri
dges F
S/B
C1
x (
4,0
5-
) =
4,0
5-0
,039
or
-0,0
39
18
D24 -
VÄ
GG
HO
RN
-IN
NE
NH
OR
N
P
RE
FA
B-P
LA
TS
GJU
TE
T17
Therm
al bri
dges F
S/B
C1
x (
3,6
0-
) =
3,6
00,0
20
or
0,0
20
19
D25 -
324 T
AK
GA
VE
L M
OT
IN
NE
RG
ÅR
D15
Therm
al bri
dges A
mbie
nt
1x (
20,2
2-
) =
20,2
2-0
,085
or
-0,0
85
20
D26 -
305 T
AK
GA
VE
L15
Therm
al bri
dges A
mbie
nt
2x (
75,0
1-
) =
150,0
1-0
,035
or
-0,0
35
21
D27 -
306 T
AK
FO
T15
Therm
al bri
dges A
mbie
nt
2x (
49,9
8-
) =
99,9
6-0
,012
or
-0,0
12
22
D28 -
318 A
TR
IUM
MO
T
BJÄ
LK
LA
G15
Therm
al bri
dges A
mbie
nt
1x (
42,1
9-
) =
42,1
9-0
,029
or
-0,0
29
23
D29 -
322 B
JÄ
LK
LA
G U
ND
ER
A
TR
IUM
15
Therm
al bri
dges A
mbie
nt
1x (
23,0
3-
) =
23,0
30,0
33
or
0,0
33
24
D33 -
321 (
311)
TÄ
TT
F
ÖN
ST
ER
AN
SL
UT
NIN
G O
VA
N15
Therm
al bri
dges A
mbie
nt
1x (
36,3
9-
) =
36,3
90,0
23
or
0,0
23
25
D34 -
321 (
311)T
ÄT
T
FÖ
NS
TE
RA
NS
LU
TN
ING
N
ED
AN
15
Therm
al bri
dges A
mbie
nt
1x (
36,3
9-
) =
36,3
90,0
34
or
0,0
34
26
D35 -
312 T
ÄT
T
FÖ
NS
TE
RA
NS
LU
TN
ING
OV
AN
15
Therm
al bri
dges A
mbie
nt
1x (
61,2
0-
) =
61,2
00,0
55
or
0,0
55
27
D36 -
312 T
ÄT
T
FÖ
NS
TE
RA
NS
LU
TN
ING
OV
AN
15
Therm
al bri
dges A
mbie
nt
1x (
61,2
0-
) =
61,2
00,0
34
or
0,0
34
PH
PP
, A
reas
PH
PP
_V
9.6
a_E
N_V
raskola
_H
P_2019_02_19
-
-C
ert
ifie
d b
uildin
g s
yste
ms ►
Exception ►
Are
as d
ete
rmin
ati
on
Ad
olfsb
erg
ssko
la
/ C
lim
ate
: S
tockh
olm
/ T
FA
: 6
13
0 m
² /
H
ea
tin
g:
6,6
kW
h/(
m²a
) /
F
req
. o
ve
rhe
atin
g:
0 %
/
PE
R:
61
,6 k
Wh
/(m
²a)
Su
mm
ary
Bu
ild
ing
assem
bly
overv
iew
Avera
ge U
-valu
eT
em
p.-
zone
Are
a g
roup
Gro
up
no.
Are
a /
Length
Unit
Com
ment
[W/(
m²K
)]
Tre
ate
d f
loo
r are
a1
6129,8
7m
²T
reate
d f
loor
are
a a
ccord
ing t
o P
HP
P m
anual
7 M
onth
s
AN
ort
h w
ind
ow
s
2263,3
3m
²N
ort
h w
ind
ow
s
0,6
34
7577
AE
ast
win
do
ws
3182,8
9m
²R
esults c
om
e f
rom
the 'W
indow
s' w
ork
sheet.
East
win
do
ws
0,6
77
10092
AS
ou
th w
ind
ow
s
4193,1
7m
²W
indow
are
as a
re s
ubtr
acte
d f
rom
indiv
idual opaque a
reas.
So
uth
win
do
ws
0,6
52
23253
AW
est
win
do
ws
5177,4
5m
²w
hic
h is d
ispla
yed in t
he 'W
indow
s' w
ork
sheet.
West
win
do
ws
0,6
81
9830
AH
ori
zon
tal
win
do
ws
633,3
2m
²H
ori
zon
tal
win
do
ws
0,7
34
2808
AE
xte
rio
r d
oo
r7
11,8
2m
²P
lease s
ubtr
act
are
a o
f door
from
respective b
uild
ing a
ssem
bly
Exte
rio
r d
oo
r0,8
60
AE
xte
rnal
wall
- A
mb
ien
t8
2142,8
3m
²T
em
pera
ture
zone "
A"
is a
mbie
nt
air
Exte
rnal
wall
- A
mb
ien
t0,0
92
323
BE
xte
rnal
wall
- G
rou
nd
9594,9
5m
²T
em
pera
ture
zone "
B"
is t
he g
round
Exte
rnal
wall
- G
rou
nd
0,1
14
AR
oo
f/C
eil
ing
- A
mb
ien
t10
3630,2
9m
²R
oo
f/C
eil
ing
- A
mb
ien
t0,0
71
-147
BF
loo
r sla
b /
Basem
en
t ceil
ing
11
2910,4
2m
²F
loo
r sla
b /
Basem
en
t ceil
ing
0,1
14
12
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"
13
0,0
0m
²T
em
pera
ture
zones "
A",
"B
","P
" and "
X"
may b
e u
sed.
NO
T "
I"F
acto
r fo
r X
X14
0,0
0m
²T
em
pera
ture
zone "
X":
Ple
ase p
rovid
e u
ser-
defined r
eduction f
acto
r (
0 <
ft
< 1
):75%
Th
erm
al
bri
dg
es -
Overv
iew
Y [
W/(
mK
)]
AT
herm
al
bri
dg
es A
mb
ien
t15
1409,2
3m
Units in m
Th
erm
al
bri
dg
es A
mb
ien
t-0
,001
PP
eri
mete
r th
erm
al
bri
dg
es
16
315,1
7m
Units in m
; te
mpera
ture
zone "
P"
is p
erim
ete
r (s
ee 'G
round' w
ork
sheet)
Peri
mete
r th
erm
al
bri
dg
es
0,0
07
BT
herm
al
bri
dg
es F
S/B
C17
99,0
5m
Units in m
Th
erm
al
bri
dg
es F
S/B
C0,0
43
IB
uil
din
g e
lem
en
t to
ward
s n
eig
hb
18
0,0
0m
²N
o h
eat
losses,
only
consid
ere
d f
or
the h
eating load c
alc
ula
tion
Bu
ild
ing
ele
men
t to
ward
s n
eig
hb
ou
r
To
tal
therm
al
en
velo
pe
10140,4
8m
²A
vera
ge t
herm
. en
velo
pe
0,1
41
Go t
o b
uildin
g c
om
ponents
lis
t
Radia
tion-
gain
s h
eating
season
[kW
h/a
]
28
x (
-)
=or
29
D40 -
417 S
TÅ
LP
EL
AR
E V
ÄG
G
PL
AN
315
Therm
al bri
dges A
mbie
nt
29
x (
3,8
1-
) =
110,4
20,0
08
or
0,0
08
30
D42 -
VÄ
GG
HO
RN
P
LA
TS
GJU
TE
T P
LA
N 1
17
Therm
al bri
dges F
S/B
C2
x (
4,0
5-
) =
8,1
0-0
,050
or
-0,0
50
31
D43 -
VÄ
GG
HO
RN
P
LA
N 2
15
Therm
al bri
dges A
mbie
nt
4x (
3,6
0-
) =
14,4
0-0
,031
or
-0,0
31
32
D46 T
ÄT
T
FÖ
NS
TE
RA
NS
LU
TN
ING
(m
ull
ion
)15
Therm
al bri
dges A
mbie
nt
24
x (
1,4
3-
) =
34,3
20,0
03
or
0,0
03
33
Raic
o g
lass c
arr
iers
15
Therm
al bri
dges A
mbie
nt
80
x (
1,0
0-
) =
80,0
00,0
04
or
0,0
04
34
Raic
o r
oo
f g
lass c
arr
iers
15
Therm
al bri
dges A
mbie
nt
36
x (
1,0
0-
) =
36,0
00,0
04
or
0,0
04
35
x (
-)
=or
36
x (
-)
=or
37
x (
-)
=or
38
x (
-)
=or
39
x (
-)
=or
40
x (
-)
=or
41
x (
-)
=or
42
x (
-)
=or
43
x (
-)
=or
44
x (
-)
=or
45
x (
-)
=or
46
x (
-)
=or
47
x (
-)
=or
48
x (
-)
=or
49
x (
-)
=or
50
x (
-)
=or
TB
end
PH
PP
, A
reas
PH
PP
_V
9.6
a_E
N_V
raskola
_H
P_2019_02_19
-
- Additional b
Heat losses through the groundPassive House with PHPP Version 9.6a
Adolfsbergsskola / Climate: Stockholm / TFA: 6130 m² / Heating: 6,6 kWh/(m²a) / Freq. overheating: 0 % / PER: 61,6 kWh/(m²a)
Building section 1
Ground characteristics Climate data
Thermal conductivity l 2,0 W/(mK) Avg indoor temp. winter Ti 20,0 °C
Heat capacity rc 2,0 MJ/(m³K) Avg indoor temp. summer Ti 25,0 °C
Periodic penetration depth d 3,17 m Avg ground surface temperature Tg,ave 7,6 °C
Amplitude of Tg,ave Tg,^ 10,3 °C
Phase shifting of Te,m t 1,3 Months
Length of the heating period n 7,6 Months
Heating degree hours - exterior Gt 102,0 kKh/a
Building data U-value floor slab/basement ceiling Uf 0,114 W/(m²K)
Area of ground floor slab / basement ceA 2276,3 m² TBs floor slab / basement ceiling YB*l 4,23 W/K
Perimeter length P 202,7 m U-value floor slab / basement ceiling incUf' 0,116 W/(m²K)
Charact. dimension of floor slab B' 22,46 m Equivalent thickness floor dt 17,30 m
Floor slab type (select only one)
Slab on grade
Perimeter insulation width/depth D m Orientation of perimeter insulation horizontal
Perimeter insulation thickness dn m (check only one field) vertical x
Conductivity perimeter insulation ln W/(mK)
x Heated basement or floor slab completely / partially below ground level
Basement wall height below ground levez 2,51 m U-Value wall below ground UwB 0,114 W/(m²K)
Unheated basement
Height aboveground wall h m U-Value wall above ground UW W/(m²K)
Basement wall height below ground levez m U-Value wall below ground UWB W/(m²K)
Air change unheated basement n 0,20 h-1 U-Value basement floor slab UfB W/(m²K)
Air volume basement V m³
Suspended floor above a ventilated crawl space (at max. 0.5 m below ground)
U-Value crawl space UCrawl W/(m²K) Area of ventilation openings eP m²
Height of crawl space wall h m Wind velocity at 10 m height v 4,0 m/s
U-Value crawl space wall UW W/(m²K) Wind shield factor fW 0,05 -
Additional thermal bridge heat losses at perimeter Steady-state fraction YP,stat*l 2,243 W/K
Phase shift b Months Harmonic fraction YP,harm*l 2,243 W/K
Groundwater correction
Depth of the groundwater table zW 3,0 m Groundwater correction factor GW 1,17418443 -
Groundwater flow rate qW 0,05 m/d
Interim results
Phase shift b 1,43 Months Steady-state heat flow Fstat 3089,4 W
Steady-state transmittance LS 248,68 W/K Periodic heat flow Fharm 140,5 W
Exterior periodic transmittance Lpe 40,88 W/K Heat losses during heating period Qtot 17998 kWh
Transmittance building L0 323,38 W/K
Monthly average temperatures in the ground for monthly method (building assembly 1)
Month 1 2 3 4 5 6 7 8 9 10 11 12 Avg. value
Winter 9,6 9,2 9,2 9,4 10,0 10,7 11,3 11,7 11,7 11,5 10,9 10,2 10,4
Summer 10,8 10,4 10,3 10,6 11,1 11,8 12,4 12,8 12,9 12,6 12,1 11,4 11,6
Design ground temperature for 'Heating load' worksheet 9,2 For 'Cooling load' worksheet 12,9
Reduction factor for 'Annual heating' worksheet 0,55
Total result (all building parts)
Phase shift b 1,43 Months Steady-state heat flow Fstat 3779,5 W
Steady-state transmittance LS 304,23 W/K Periodic heat flow Fharm 177,4 W
Exterior periodic transmittance Lpe 51,64 W/K Heat losses during heating period Qtot 22050 kWh
Transmittance building L0 394,65 W/K Charact. dimension of floor slab B' 19,99 m
Monthly Average temperatures in the ground for monthly method (all building assemblies)Month 1 2 3 4 5 6 7 8 9 10 11 12 Avg. value
Winter 9,6 9,2 9,1 9,4 9,9 10,6 11,3 11,7 11,8 11,5 10,9 10,2 10,4
Summer 10,7 10,3 10,2 10,5 11,1 11,8 12,4 12,8 12,9 12,6 12,0 11,3 11,6
Design ground temperature for 'Heating load' worksheet 9,1 For 'Cooling load' worksheet 12,9
Reduction factor for 'Annual heating' worksheet 0,55
PHPP, Ground PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
Heat losses through the ground 2Passive House with PHPP Version 9.6a
Adolfsbergsskola / Climate: Stockholm / TFA: 6130 m² / Heating: 6,6 kWh/(m²a) / Freq. overheating: 0 % / PER: 61,6 kWh/(m²a)
Building section 2
Ground characteristics
Thermal conductivity l 2,0 W/(mK)
Heat capacity rc 2,0 MJ/(m³K)
Periodic penetration depth d 3,17 m
Building data U-value floor slab/basement ceiling Uf 0,114 W/(m²K)
Area of ground floor slab / basement ceA 626,4 m² TBs floor slab / basement ceiling YB*l W/K
Perimeter length P 87,7 m U-value floor slab / basement ceiling incUf' 0,114 W/(m²K)
Charact. dimension of floor slab B' 14,28 m Equivalent thickness floor dt 17,58 m
Floor slab type (select only one)
x Slab on grade
Perimeter insulation width/depth D m Orientation of perimeter insulation horizontal
Perimeter insulation thickness dn m (check only one field) vertical x
Conductivity perimeter insulation ln W/(mK)
Heated basement or floor slab completely / partially below ground level
Basement wall height below ground levez m U-Value wall below ground UwB W/(m²K)
Unheated basement
Height aboveground wall h m U-Value wall above ground UW W/(m²K)
Basement wall height below ground levez m U-Value wall below ground UWB W/(m²K)
Air change unheated basement n 0,20 h-1 U-Value basement floor slab UfB W/(m²K)
Air volume basement V m³
Suspended floor above a ventilated crawl space (at max. 0.5 m below ground)
U-Value crawl space UCrawl W/(m²K) Area of ventilation openings eP m²
Height of crawl space wall h m Wind velocity at 10 m height v 4,0 m/s
U-Value crawl space wall UW W/(m²K) Wind shield factor fW 0,05 -
Additional thermal bridge heat losses at perimeter Steady-state fraction YP,stat*l W/K
Phase shift b Months Harmonic fraction YP,harm*l 0,000 W/K
Groundwater correction
Depth of the groundwater table zW 3,0 m Groundwater correction factor GW 1,06891892 -
Groundwater flow rate qW 0,05 m/d
Interim results
Phase shift b 1,43 Months Steady-state heat flow Fstat 690,1 W
Steady-state transmittance LS 55,55 W/K Periodic heat flow Fharm 36,9 W
Exterior periodic transmittance Lpe 10,76 W/K Heat losses during heating period Qtot 4052 kWh
Transmittance building L0 71,27 W/K
Monthly average temperatures in the ground for monthly method (building assembly 2)
Month 1 2 3 4 5 6 7 8 9 10 11 12 Avg. value
Winter 9,3 8,9 8,8 9,1 9,8 10,6 11,3 11,8 11,8 11,5 10,9 10,1 10,3
Summer 10,4 10,0 9,9 10,2 10,9 11,7 12,4 12,9 13,0 12,6 12,0 11,2 11,4
Design ground temperature for 'Heating load' worksheet 8,8 For 'Cooling load' worksheet 13,0
Reduction factor for 'Annual heating' worksheet 0,56
PHPP, Ground PHPP_V9.6a_EN_Vraskola_HP_2019_02_19
-
-C
ert
ifie
d b
uild
ing s
yste
ms ►
Passiv
e H
ou
se C
om
po
nen
tsP
assiv
e H
ouse w
ith P
HP
P V
ers
ion 9
.6a
Adolfsberg
sskola
/ C
limate
: S
tockholm
/ T
FA
: 6130 m
² / H
eating: 6,6
kW
h/(
m²a
) / F
req. overh
eating: 0 %
/ P
ER
: 61,6
kW
h/(
m²a
)
Go to:
'A
RE
AS
'w
ww
.passiv
ehouse.c
om
/com
ponent-
data
base
The
rma
l b
rid
ge
s (
Psi-va
lue
s)
Ventila
tion u
nits
Gla
zin
gC
om
pact units
Win
dow
fra
mes
Heat re
covery
DH
W
Bu
ild
ing
as
se
mb
lie
s (
U-V
alu
es
)R
eco
mm
en
ded
sta
rtin
g v
alu
es f
or
op
tim
isati
on
: U
-valu
es f
or
walls a
nd
ro
ofs
| F
loo
r sla
bs:
0,1
2 W
/(m
²K)
| 0,2
8 W
/(m
²K)
1
IDB
uild
ing
syste
mB
uild
ing
assem
bly
To
tal
thic
kn
ess
U-V
alu
eIn
teri
or
insu
lati
on
Sum
mary
of
the c
onstr
uctions c
alc
ula
ted in 'U
valu
es ' w
ork
sheet
mW
/(m
²K)
-
01ud
EW
Pla
n1
EW
Pla
n1
0,4
70
0,1
03
0
02ud
Lam
ilu
x R
au
ch
lift
Lam
ilu
x R
au
ch
lift
0,1
00
0,9
70
0
03ud
Flo
or
sla
bF
loo
r sla
b0,4
20
0,1
14
0
04ud
Ro
of
Ro
of
0,6
08
0,0
68
0
05ud
Overh
an
gO
verh
an
g1,1
50
0,0
46
0
06ud
Flo
or
sla
b lif
t sh
aft
Flo
or
sla
b lif
t sh
aft
0,5
00
0,1
32
0
07ud
EW
Gro
un
dE
W G
rou
nd
0,5
00
0,1
14
0
08ud
Blin
d w
ind
ow
sB
lin
d w
ind
ow
s0,2
35
0,1
45
0
09ud
EW
Pla
n 2
E
W P
lan
2
0,3
90
0,1
02
0
10ud
EW
Pla
n 3
EW
Pla
n 3
0,6
31
0,0
68
0
11ud
12ud
13ud
14ud
15ud
16ud
17ud
18ud
19ud
20ud
21ud
22ud
23ud
24ud
25ud
26ud
27ud
28ud
29ud
30ud
31ud
32ud
33ud
34ud
35ud
36ud
37ud
38ud
39ud
40ud
41ud
42ud
43ud
44ud
45ud
46ud
47ud
48ud
49ud
50ud
51ud
52ud
PH
PP
, C
om
pon
en
tsP
HP
P_
V9
.6a_
EN
_V
raskola
_H
P_
20
19
_0
2_
19
-
Gla
zin
gG
lazin
gR
eco
mm
en
ded
gla
zin
g t
yp
e t
o s
tart
pla
nn
ing
:
Tri
ple
or
qu
ad
rup
le t
herm
ally in
su
late
d g
lazin
g (
Ple
ase c
on
sid
er
the c
om
fort
cri
teri
on
!)
IDD
escri
pti
on
g-V
alu
eU
g-V
alu
e
W/(
m²K
)
01ud
Tri
ple
gla
zin
g s
mart
win
0,5
20,5
2
02ud
Ro
of
win
do
ws 4
-k g
lazin
g0,4
40,4
6
03ud
Tri
ple
gla
zin
g R
aic
o d
oo
rs0,5
10,5
3
04ud
05ud
06ud
07ud
08ud
09ud
10ud
11ud
12ud
13ud
14ud
15ud
16ud
17ud
18ud
19ud
20ud
21ud
22ud
23ud
24ud
25ud
26ud
27ud
28ud
29ud
30ud
31ud
32ud
33ud
34ud
35ud
36ud
37ud
38ud
39ud
40ud
41ud
42ud
43ud
44ud
45ud
46ud
47ud
48ud
49ud
50ud
51ud
52ud
53ud
54ud
55ud
56ud
57ud
58ud
59ud
60ud
PH
PP
, C
om
pon
en
tsP
HP
P_
V9
.6a_
EN
_V
raskola
_H
P_
20
19
_0
2_
19
-
Win
do
w f
ram
es
Win
do
w f
ram
es
Uf-V
alu
e F
ram
e w
idth
Gla
zin
g e
dg
e t
herm
al b
rid
ge
Insta
llati
on
th
erm
al b
rid
ge
Cu
rtain
wall
facad
es:
IDD
escri
pti
on
left
rig
ht
bo
tto
mab
ove
left
rig
ht
bo
tto
mab
ove
YG
lazin
g e
dg
e
left
YG
lazin
g e
dg
e
rig
ht
YG
lazin
g e
dg
e
bo
tto
m
YG
lazin
g e
dg
e
top
YIn
sta
llati
on
left
YIn
sta
llati
on
rig
ht
YIn
sta
llati
on
bo
tto
m
YIn
sta
llati
on
top
χG
C -
valu
e
Gla
ss c
arr
ier
W/(
m²K
)W
/(m
²K)
W/(
m²K
)W
/(m
²K)
mm
mm
W/(
mK
)W
/(m
K)
W/(
mK
)W
/(m
K)
W/(
mK
)W
/(m
K)
W/(
mK
)W
/(m
K)
W/K
01ud
RA
ICO
-
TH
ER
M+
50 H
-i -
SW
ISS
P. U
ltim
ate
0,9
30,9
30,9
30,9
30,0
25
0,0
25
0,0
25
0,0
25
0,0
32
0,0
32
0,0
32
0,0
32
0,0
23
0,0
23
0,0
49
0,0
23
0,0
04
02ud
pro
Passiv
hau
sfe
nste
r G
mb
H -
sm
art
win
fix
- S
WIS
SP
. U
ltim
ate
0,5
40,5
40,7
70,5
40,0
86
0,0
86
0,0
86
0,0
86
0,0
28
0,0
28
0,0
27
0,0
28
0,0
01
0,0
01
0,0
16
0,0
01
03ud
RA
ICO
- T
HE
RM
+ 5
0 H
-I (
schrä
g)
- S
WIS
SP
. V
0,8
90,8
91,0
21,0
20,0
25
0,0
25
0,0
25
0,0
25
0,0
40
0,0
40
0,0
40
0,0
40
0,0
67
0,0
67
0,0
67
0,0
67
0,0
04
04ud
RA
ICO
C-
FR
AM
E+
75 D
I1,4
11,4
11,8
91,4
10,1
76
0,1
76
0,1
19
0,1
79
0,0
31
0,0
31
0,0
31
0,0
31
0,0
23
0,0
23
0,0
27
0,0
23
0,0
04
05ud
2-p
art
sm
art
win
- S
WIS
SP
. U
ltim
ate
wit
h s
mart
win
so
lar
mu
llio
n0,7
00,8
70,9
10,7
00,0
86
0,0
45
0,0
86
0,0
86
0,0
26
0,0
21
0,0
25
0,0
26
0,0
01
0,0
01
0,0
16
0,0
01
06ud
2-p
art
sm
art
win
fix
- S
WIS
SP
. U
ltim
ate
wit
h s
mart
win
so
lar
mu
llio
n0,5
40,8
70,7
70,5
40,0
86
0,0
45
0,0
86
0,0
86
0,0
28
0,0
21
0,0
27
0,0
28
0,0
01
0,0
01
0,0
16
0,0
01
07ud
co
nt
sm
art
win
- S
WIS
SP
. U
ltim
ate
wit
h s
mart
win
so
lar
mu
llio
n0,8
70,8
70,9
10,7
00,0
45
0,0
45
0,0
86
0,0
86
0,0
21
0,0
21
0,0
25
0,0
26
0,0
26
0,0
26
0,0
16
0,0
01
08ud
co
nt
sm
art
win
fix
- S
WIS
P. U
ltim
ate
wit
h s
mart
win
so
lar
mu
llio
n0,6
50,6
50,7
70,5
40,0
45
0,0
45
0,0
86
0,0
86
0,0
21
0,0
21
0,0
27
0,0
28
0,0
26
0,0
26
0,0
16
0,0
01
09ud
sm
art
win
fix
in
Raic
o-
SW
ISP
. U
ltim
ate
wit
h s
mart
win
so
lar
mu
llio
n0,6
50,7
10,7
70,5
40,0
45
0,1
14
0,0
86
0,0
86
0,0
21
0,0
21
0,0
27
0,0
28
0,0
26
0,0
26
0,0
16
0,0
01