Hansen House (Passive house Miguel Salgado)

PASSIVE HOUSE

Group: 19

Miguel SalgadoPedro RicoAdam Marko

1. INTRODUCTION LOCATION

Galgehøj, 8700 Horsens Plot 33

2. DESIGN A/V FACTOR

NUMBER OF FLOORS 2

A (GROSS FLOOR AREA) 154m2

A (BUILDING ENVELOPE) 420m2

V (GROSS ENVELOPE) 539m3

A/V 0,78m2/m3

2. DESIGN AREAS

Ground floor

2. DESIGN AREAS

1st floor

2. DESIGN DIMENSIONS

Ground floor

2. DESIGN DIMENSIONS

1st floor

2. DESIGN U-VALUES

Assembly No. Building assembly description Interior insulation?

1 External Wall

Heat transfer resistance [m²K/W] interior Rsi : 0,13exterior Rse : 0,04

Area section 1l [W/(mK)] Area section 2 (optional)

l [W/(mK)] Area section 3 (optional)l [W/(mK)] Thickness [mm]

1. Brick 0,600 108

2. Insulation 0,032 350

3. Finish layer 0,250 10

4.

5.

6.

7.

8.Percentage of Sec. 2 Percentage of Sec. 3 Total

46,8 cm

U-Value: 0,088 W/(m²K)

2. DESIGN U-VALUES


2 Roof

Heat transfer resistance [m²K/W] interior Rsi : 0,26

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]

1. Tile 1,000 20

2. Mortar 0,100 100

3. Insulation 0,034 400

4. Mortar 0,100 50

5. Concrete 1,600 200

6.

7.


77,0 cm


2. DESIGN U-VALUES


3 Ground Floor supporter floor

Heat transfer resistance [m²K/W] interior Rsi : 0,17

exterior Rse: 0,00

Area section 1l [W/(mK)] Area section 2 (optional)

l [W/(mK)] Area section 3 (optional)l [W/(mK)] Thickness [mm]

1. Parquet 0,200 20

2. concrete 1,600 100

3. Hard insulation 0,037 350

4. Light clincker 0,085 250

5. Light clincker 0,102 75

6.

7.


79,5 cm


2. DESIGN ORIENTATION AND WINDOWS

WINDOWS

NORTH 9,5%

EAST 22,1%

SOUTH 44,9%

WEST 23,5%

2. DESIGN ORIENTATION AND WINDOWS

Glazing.

Frame

2. DESIGN SHADINGS

2. DESIGN ELEVATIONS (SOUTH)

2. DESIGN ELEVATIONS (EAST)

2. DESIGN ELEVATIONS (WEST)

2. DESIGN ELEVATIONS (NORTH)

2. DESIGN SECTIONS (A-A’)

A’

A

B’B

2. DESIGN SECTIONS (B-B’)

A’

A

B’B

2. DESIGN DETAILS

Wall-Window

2. DESIGN DETAILS

Roof-Wall

Air thingt layer

3. INSTALATIONS VENTILATION

Passive House Standard

Supply air:30m3/h/person * 4 person = 120m3/h

Extract air:

1 Kitchen: 60 m3/h3 Bathrooms: 40 m3/h * 3 = 120 m3/h2 Storage room: 40 m3/h

Total= 220 m3/h

Minimun ari change of 0,3/h:

0,3/h*144 m2*2,5= 108 m3/h


INNOAIR 300 DC (max. 300 m³/h bei 100 Pa.)

3. INSTALATIONS VENTILATION (SUPPLY)

Room No qbasic

(l/s)qbasic

(m3/s)Ʃq dimensioning

(m3/s)Type (M, B, C)

Velocity(m/s)

Duct dimension (calculated) (m)

Final duct dimension (mm)

Living room

12,5 0,0125 0,0125 C 2,5 75 75

Dinnigroom

12,5 0,0125 0,0125 C 2,5 75 75

Branch1

25 0,0250 0,0250 B 3,5 90 90

Room 1 11,2 0,0112 0,0112 C 2,5 75 75

Room2

11,2 0,0112 0,0112 C 2,5 75 75

Branch2

22,4 0,024 0,024 B 3,5 100 100

Room3

17 0,017 0,017 C 2,5 100 100

Branch3

39,4 0,0394 0,0394 B 3,5 125 125

Main 64,4 0,0644 0,0644 M 4 150 150

3. INSTALATIONS VENTILATION (EXTRACTION)

Room No qbasic

(l/s)qbasic

(m3/s)Ʃq dimensioning

(m3/s)Type (M, B, C)

Velocity(m/s)

Duct dimension (calculated) (m)

Final duct dimension (mm)

Kitchen 20 0,020 0,020 C 2,5 90 90

Bathroom1

15 0,015 0,015 C 2,5 75 75

Branch1

35 0,0350 0,0350 B 3,5 110 110

Storage1

10 0,01 0,01 C 2,5 75 75

Brach2

45 0,045 0,045 B 3,5 125 125

Bathroom2

15 0,015 0,015 C 2,5 75 75

Storage2

10 0,01 0,01 C 2,5 75 75

Bathroom3

15 0,015 0,015 C 2,5 75 75

Brach3

40 0,04 0,04 B 3,5 125 125

Main 85 0,085 0,085 M 4 175 175

3. INSTALATIONS VENTILATION (PLANS)

Ground floor

Suppy

Extract

3. INSTALATIONS VENTILATION (PLANS)

1st floor

Suppy

Extract


Suppy

Extract

3. INSTALATIONS DOMESTIC HOT WATER

Ground floor


1st floor

4. CONCLUSIONS VERIFICATION

THATS ALL!!THANKS!!

Group: 19

Miguel SalgadoPedro RicoAdam Marko

Hansen House (Passive house Miguel Salgado)

Design

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