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

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105 P

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Therm

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64

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Therm

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106 P

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Therm

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53

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53

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-)

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16

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1

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19

10

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36

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36

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Therm

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15

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nt

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15

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41

16

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310 V

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15

Therm

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17

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RE

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PL

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18

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NH

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20

19

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NE

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12

22

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TR

IUM

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T

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LA

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Therm

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29

23

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G U

ND

ER

A

TR

IUM

15

Therm

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nt

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33

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33

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Therm

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23

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23

25

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ÄT

T

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TE

RA

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LU

TN

ING

N

ED

AN

15

Therm

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34

26

D35 -

312 T

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T

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TE

RA

NS

LU

TN

ING

OV

AN

15

Therm

al bri

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mbie

nt

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61,2

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55

or

0,0

55

27

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312 T

ÄT

T

FÖ

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TE

RA

NS

LU

TN

ING

OV

AN

15

Therm

al bri

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nt

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) =

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34

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34

PH

PP

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reas

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PP

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9.6

a_E

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P_2019_02_19

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uildin

g s

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ms ►

Exception ►

Are

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rmin

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on

Ad

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erg

ssko

la

/ C

lim

ate

: S

tockh

olm

/ T

FA

: 6

13

0 m

² /

H

ea

tin

g:

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kW

h/(

m²a

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req

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ve

rhe

atin

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/

PE

R:

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Wh

/(m

²a)

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mm

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ild

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bly

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ge U

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zone

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up

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ment

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loo

r are

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6129,8

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reate

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ing t

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anual

7 M

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s

AN

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ast

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NO

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pera

ture

zones "

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ture

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ase p

rovid

e u

ser-

defined r

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acto

r (

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ft

< 1

):75%

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al

bri

dg

es -

Overv

iew

Y [

W/(

mK

)]

AT

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al

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dg

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3m

Units in m

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al

bri

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es A

mb

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mete

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16

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al

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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

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kW

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: 61,6

kW

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