portfolio by Al McDonald

por t fo l io al exander m c d onald

curriculum vitae

works

interests

cv visualisation feasibility planning drafting interiors passivhaus master planning analogue

co nte nt s

0434 628 678 alex.mcd@live.com 127 Keele St Collingwood

Experience

Multi Residential

Feb 2019 - Current Tallis Architecture - Melbourne Design and documentation of residences Passive House reporting consultation Marketing & coordination for Passive House

Brisbane Casino Towers, South Brisbane QLD, Metro Properties, $200m2

Feb 2017 - Feb 2019 Jost Architects - Melbourne Documentation and planning coordination for residences Visualisations, fly-throughs, & firm marketing

Jupiters Casino Renovation, Gold Coast QLD, Echo Entertainment, $75m2

Sept 2015 - Jan 2017 ML Design - Brisbane Design intern for multi residential and commercial Master planning design and documentation Archicad QA and training

Richmond House, Richmond VIC, $1.2m1

Qualifications Master of Architecture, University of Melbourne, 2018 Bachelor of Architecture, University of Queensland, 2015

Program Skills Archicad Sketchup Rhino Photoshop Indesign Illustrator Lumion Cinema 4D Excel Word Outlook OSX + WINDOWS

Adela, Elwood VIC, Tandem Property Group, $7m1

Single Residential Elwood Townhouses, Elwood VIC, $1.6m1 St Kilda House 3, St Kilda VIC, $1.3m1 May Grove, South Yarra, Vic3 Hope Street Residence, South Yarra, Vic3

Retail Queenâ&#x20AC;&#x2122;s Wharf Casino Precinct, Brisbane QLD, Echo Entertainment, $2.2b2 Newmarket Village, Newmarket QLD, Reading Entertainment, $29m2 Reading Cinemas Townsville, Thuringowa Central QLD, Reading Entertainment, $2.5m2 Playboy Nightclub - Chhaya Devi Complex, Kathmandu Nepal4

Commercial Pentacon Office Renovation, Milton QLD, Pentacon, $150k4

Speciality Buildings Brisbane Auto Mall, Brisbane Airport QLD, Brisbane Airport Corporation QLD, $300m2 Halcyon Greens Community Precinct, Pimpama QLD, Halcyon, $300m2 Footnote 1. Jost Architects 2. ML Design 3. Tallis Architecture 4. Private Work

v i s u a l i s at i on

fe a s i b i l i t y

16 m2

GSEducationalVersion GSPublisherVersion 10.0.72.100

YORK ST

BOH

54 m2

STAIR CORE 11 m2

COMMUNAL ROOF

SERVICES 5 m2

CIRC 7 m2

16 m2

54 m2

LIFT CORE 7 m2

BOH

COMMUNAL ROOF

JOHNSTON ST

63 m2

2BR

SERVICES 5 m2

LIFT CORE 7 m2

63 m2

2BR

CIRC 7 m2

STAIR CORE 11 m2

GSEducationalVersion GSPublisherVersion 10.0.72.100

YORK ST

BALC 7 m2

JOHNSTON ST

GSEducationalVersion GSPublisherVersion 10.0.72.100

YORK ST

BALC 9 m2

80 m2

BALC 9 m2

2BR

STAIR CORE 11 m2

83 m2

CIRC 10 m2

2BR

SERVICES 5 m2

86 m2

LIFT CORE 7 m2

2BR

89 m2

BALC 16 m2

2BR

BALC 16 m2

JOHNSTON ST

SERVICES 5 m2

LIFT CORE 7 m2 STAIR CORE 11 m2

BALC 9 m2

80 m2

2BR

CIRC 10 m2

86 m2

2BR

BALC 16 m2

YORK ST

BALC 9 m2

83 m2

2BR

89 m2

2BR

BALC 16 m2

JOHNSTON ST

BOH 53 m2

CIRC STAIR CORE 107 m2 11 m2

YORK ST

BOH 106 m2

SERVICES 5 m2

LIFT CORE 7 m2

150 m2

COMMERCIAL

JOHNSTON ST

Plant List - Tobruk Cres ID Trees Ccp Lit Mgg Aps

Scheduled Size Mature Height

Mature Spread cm Remarks

300mm 300mm 500mm 300mm

5m 8-10m 4m 4m

5m 4m 2.5m 4m

270mm 270mm 200mm 300mm 200mm

2.4m 1.5m 2m 0.6-1m 1-2m

1.8m 1.2m 0.6m 0.6-1m 0.6-1m

200mm 200mm 50mm tube 50mm tube 50mm tube

0.5m 0.4m 0.2-0.4m 0.6m 0.2-0.4m

0.5m 0.7m 0.2-0.4m 0.6m 1m

50mm 50mm tube 50mm tube 200mm

0.6 - 0.7m 0.6 - 0.7m 0.6 - 0.7m 1m

0.6 0.6 0.6 3m

200mm 200mm 200mm

3m 3m 3m

0.3 - 0.3 1m 1m

Foliage deciduous Foliage deciduous Screen

Qty

1 2 2 2

Scheduled Size Mature Height

Mature Spread cm Remarks

Common Name

Botancial Name

Forest Pansy Crepe Myrtle (Hot Pink) Dwarf Bull Bay Magnolia Threadleaf Japnese Maple

Cercis canadensis 'Forest Pansy' (Redbud) Lagerstroemia indica x L. fauriei 'Tuscarora' Magnolia grandiflora 'Little Gem' Acer palmatum' Seiryu'

300mm 300mm 500mm 300mm

5m 8-10m 4m 4m

5m 4m 2.5m 4m

270mm 270mm 200mm 300mm 200mm

2.4m 1.5m 2m 0.6-1m 1-2m

1.8m 1.2m 0.6m 0.6-1m 0.6-1m

Shrubs Vt Hq Bm Rip Wf

1 3 10 9 19

Viburnum tinus Oak leaf hydrangea Japanese box Indian Hawthorn Coastal Rosemary

Viburnum tinus Hydrangea quercifolia Buxus microphylla Rhaphiolepis indica'Oriental Pearl' Westringia fruiticosa

Ground covers Gas Aod Dr Hvm Cr

29 8 24 23 12

Gardenia Grandiflora Star Agapanthus Dwarf Baby Blue Kidney Weed Happy Wanderer 'Mini Meema' Pig Face

Gardenia augusta 'Grandiflora Star' Agapanthus orientalis alba dwarf Dichondra repens Hardenbergia violacea 'Mini Meema' Carpobrotus rossii

200mm 200mm 50mm tube 50mm tube 50mm tube

0.5m 0.4m 0.2-0.4m 0.6m 0.2-0.4m

0.5m 0.7m 0.2-0.4m 0.6m 1m

Grasses Lma Lmg Llt Bmg

20 20 6 21

Big Blue Lilyturf Evergreen Giant Lliyturf Fine Leaf Spikey Headed Mat Rush Bamboo Goldstripe

Liriope muscari 'Amethyst' Liriope muscari 'Evergreen Giant' Lomandra longifolia' tanika' Bambusa multiplex Goldstripe

50mm 50mm tube 50mm tube 200mm

0.6 - 0.7m 0.6 - 0.7m 0.6 - 0.7m 1m

0.6 0.6 0.6 3m

Climbers Cm Tj Bg

6 Early Large-Flowered Clematis 6 Sweet Scented Asiatic Jasmine 10 Paperflower

200mm 200mm 200mm

3m 3m 3m

0.3 - 0.3 1m 1m

Foliage deciduous Foliage deciduous Screen

planning Clematis 'Nelly Moser' Trachelospermum jasminoides Bouganvillea glabra

EXT

TC1

CO1

GL1

CO2

EXT

TC1

CO3

CL1

SC2

CL2

SC1

C03

37-39 DOCKER ST

33 DOCKER ST

BOUNDARY

31 DOCKER ST

(SUBJECT SITE)

35 DOCKER ST

9,000 4,634

E SID E E LIN OD K SC AC RE ETB S

E SID E E LIN OD K SC AC RE ETB S EXISTING RIDGE - AHD + 10.920 11,980

IDE E S TO OD LINE RTH SC RE BACK G NO RTY E T SE OININ PROP J AD ING C FA

EXISTING RIDGE - AHD + 10.430 EXISTING RIDGE - AHD + 9.550

1,477

1,500

2,290

928

NORTH WEST ELEVATION

TP-20 SCALE: 1:100

EXT

CO1

TC1

CL1

TC1

SC1

CO3

CO2

E SID E E LIN OD K SC AC RE ETB S

PARAPET - AHD + 16.290

BOUNDARY

EXT

GL1

37-39 DOCKER ST (SUBJECT SITE)

PARAPET - AHD + 16

41 DOCKER S

2,940

EXT

CL2

BOUNDARY

EXT

PARAPET - AHD + 13.550

ROOF DECK - AHD +

PINE AVE

LEVEL 1 FFL - AHD + 6.750

LEVEL 1 FFL - AHD +

LINE OF PROPOSED FENCE SHOWN DASHED

3,200

LINE OF PROPOSED FENCE SHOWN DASHED

LEVEL 2 FFL - AHD +

DOCKER ST

3,200

9,240 11,980

LEVEL 2 FFL - AHD + 9.950

9,904

ROW

12,644

3,400

ROOF DECK - AHD + 13.350

760

8.88 m2

GND FFL - AHD + 3.550

GND FFL - AHD + 3

NORTH EAST ELEVATION

SOUTH

TP-20 SCALE: 1

EXT

C01

CL2

CO2

SC1

CL2

TC1

MD1

SC1

CO3

CL1

TC1

CO2

GL1

CL2

37-39 DOCKER ST

PARAPET - AHD + 16.290

2,940

EXT

BOUNDARY

TP-20 SCALE: 1:100

(SUBJECT SITE)

PARAPET - AHD + 13.350

42.99 m2

TOTAL SPOS AREA: 40.38 m2 SPOS AREA SCREENED: 12.08 m2

12.93 m2

45 ͦ

REV 1 2

NOTE: REFER TO DETAIL 4/TP22 FOR SCREEN DETAIL

9M , OB S BY CURE BO D AN UNDA TO 17 DS 0 CR RY FE 0mm EEN NC ING E

SC OB

TOTAL SPOS AREA: 22.33 m2

SPOS

E UR

Y DB

U SC

UN BO

SC OB

3,400

OB SC VIE URE W D

CE FE N

GO ER

ED UR

45 ͦ

1,700

OB BY SCU B RE AN OUN D T D S DA O 1 CR RY 700 EE FE mm NIN NC G E

PROJECT:

NEW DEVELOPMENT

45 ͦ

9M BY

80X8mm HORIZONTAL LOUVRE WITH 32mm GAPS TO CONTROL VIEW DIRECTION AS SHOWN

45 ͦ

FOR SCREEN DETAIL

45 ͦ

A m 0m OL 170 ERG TO E, P C G ED UR FEN NIN SC ARY REE B C O ND DS U BO AN

O BO BSCU UN DA RED AN RY F TO 17 D S EN CR CE, 00mm EE NIN PERG OL G

NOTE A, REDUCE FRONT FENCE HEIGHT TO 1.5M, INCREASE NORTHEAST ROOF SETBACK 0.5M, AMEND SOUTH EAST BALCONY SCREENING TO PREVENT OVERLOOKING - AS PER CONDITION 1H, 1J, & 1K AS CLOUDED WINDOW POSITIONS TO SUIT LAYOUTS, SOUTHWEST SCREENS ADJUSTED TO NEW WINDOW POSITIONS, DELETION OF SOUTHWEST WINDOW TO MASTER BEDROOMS, PERMITER FRAME OF SOUTHEAST BALCONY PRIVCAY SCREENS, LEVEL 3 ROOF DECK PARAPET HEIGHT INCREASED BY NOTE: 140mm, INCLUSION OF GROUND FLOOR FOYER WINDOW TO SOUTH, EXTERNAL FINISHES CHANGES - AS CLOUDED. REFER TO DETAIL 5/TP22

45 ͦ

5 TP22

SUITE 1, LEVEL 1, 67 INKERMAN ST, ST KILDA, VIC 3182 AUSTRALIA P +613 9534 4411 EMAIL info@jostarchitects.com WEB www.jostarchitects.com.au ABN 80617602445

BY DATE PJ 22/11/17 PJ 27/11/17

45 ͦ 5 TP22

TP-20 SCALE: 1:100

45 ͦ

12,740

GND FFL - AHD + 3.550

m 0m 170 E TO ENC ED Y F G UR AR SC ND ENIN OB BOU CRE BY ND S A

VIEW ENABLE D

SOUTH WEST ELEVATION

LEVEL 1 FFL - AHD + 6.750

68.26 m2

NATRUAL GROUND LINE (NGL)

(BOU

3,200

mm 00 E 17 C O EN DT YF G RE AR NIN CU UND REE S OB Y BO D SC B AN

ST CKER WALL) 41 DNDOARY GARAGE

SPOS

BY O BO BSC UN UR D E AN ARY D TO D S FE 1 CR NCE 700m EE , P m NIN ER G GO L

3,200

ROW

9,689

DOCKER ST

12,429

E SID E E LIN OD K SC AC RE ETB S LEVEL 2 FFL - AHD + 9.950

S BY

EE CR

NIN

TOTAL SPOS AREA: 40.38 m2 SPOS AREA SCREENED: 12.11 m2

TP22

PLAN - PRIVACY SCREEN

SCALE: 1:50

TP22

363 BARKLY ST (SUBJECT SITE)

PLAN - PRIVACY SCREEN SCALE: 1:50

TP22

SECTION - HORIZONTAL SCREEN DETAIL SCALE: 1:10

TP22

2,162

5,570

3,205

6,298

7,561

3,460

3,495

BOUNDARY

ROOF RIDGE - AHD + 21.603 424

STEEL WIRE MESH AS SCHEDULED TO COMPLY WITH NCC 3.9.2.3 & TO DETAIL 150mm BOX GUTTER ON SUITABLE GUTTER TRAY WITH MIN DEPTH OF 100mm & MIN 1:100 FALL TO SUMPS REFER TO FLOOR PLAN FOR LOCATION

980

TYPICALLY PROVIDE ACOUSTIC & THERMAL INSULATION TO FLOORS & CEILINGS TO ACHIEVE R-VALUE AS PER ENERGY RATING REPORT AS REQUIRED

BI-FOLDING DOORS SHOWN OPEN

SERVICES DG.12

LIVING

DINING

KITCHEN

DG.09

CORRIDOR

465 ROOF

BEDROOM 1 DG.07

WG.07

333

DG.05

3,848

333

2,430

2,700

STUDY BINS DG.13

6,525

7,226

TOP OF PARAPET - AHD + 18.600

178

15,008

3,626 VARIES

02 A-401

GARAGE

333

391

ADJOINING PROPERTY

1,933

1,900 1,030

6,003

LEVEL 1 FFL - AHD + 18.300

100mm HIGH BLACK P/COATED CONTINUOUS A/C BAR GRILLE AS PER MECH ENG'S DETAIL / SPEC. BACK OFF & PAINT BLACK TO AREAS NOT USED. REFER RCP FOR LENGTH

14 0 PITCH

6,159

20 0PITC

2ND LIVING / STUDY 01 A-401

3,876

3,350

1,250

4,000

SERVER ROOM

3 A-210

DG.11

GRD FFL - AHD + 15.600 UNDERGROUND 5000L WATER TANK AS SPECIFIED. PLUMBED TO LAUNDRY & IRRIGATION

TIMBER STAIR WITH 250mm TREADS & 15 x 180mm HIGH RISERS

70mm UNDER SLAB FOAM INSULATION BELOW HABITABLE ROOMS AS PER ENERGY RATING REPORT

CONCRETE SLAB & STRIP FOOTINGS AS PER STRUCT ENG'S DETAILS/SPEC WITH FULLY SEALED PLASTIC WATERPROOF MEMBRANE BETWEEN COMPACTED FILL & INSULATION SHOWN DASHED

SECTION 1 SCALE: 1:50

BOUNDARY

3,495

3,460

7,561

6,298

3,205

5,570

2,162

1,536

2ND LIVING / STUDY

1,388

WG.09

WG.10

6,003

04 A-401

10 FALL TO GUTTER

BED 2

COURTYARD

LIVING

LAUNDRY WG.02

WG.07 DG.05

LEVEL 1 FFL - AHD + 18.230

GARAGE DG.13

DG.07 DG.09

4,176

ENSUITE

3,080

WIR

DG.12

DG.11

SECTION 2

PITC

23 0

PITC

1,202

H EAVES GUTTER. REFER ROOF PLAN FOR DOWNPIPE LOCATION

3,387

ABOVE WALL SB-01 WT-15

1,538

2,270

442

GAS FIREPLACE & FLUE TO COMPLY WITH GAS SAFETY REQUIREMENTS & INSTALLED AS PER AS/NZS5601.1:2013/ AS/NZS5601.2:2013

TYPICALLY PROVIDE ACOUSTIC & THERMAL INSULATION TO FLOORS & CEILINGS TO ACHIEVE R-VALUE AS PER ENERGY RATING REPORT AS REQUIRED

500

1,768

1,948

1,840 VARIES

1,937

521

BOX GUTTER ON SUITABLE GUTTER TRAY WITH MIN DEPTH OF 100mm & MIN 1:100 FALL TO SUMPS REFER TO FLOOR PLAN FOR LOCATION

3,387

1,538

449

2,270

2 FRAMPTON ST

MC-03 W1.07

TYPICALLY PROVIDE ACOUSTIC & THERMAL INSULATION TO FLOORS & CEILINGS TO ACHIEVE R-VALUE AS PER ENERGY RATING REPORT AS REQUIRED

ROOF RIDGE - AHD + 19.935

OPERABLE RETRACTABLE EXTERNAL BLINDS TO TIMBER PERGOLA TO STRUCT ENG'S DETAIL / SPEC

150mm EAVES GUTTER 200 RAKING ROOF

0 14 PITCH

01 A-402

TOP OF PARAPET - AHD + 18.815

49 11 ALMA PL

2 FRAMPTON ST

GUTTER - AHD + 20.385

06 A-401

2ND LIVING / STUDY

ROOF RIDGE - AHD + 21.604

334

05 A-401

433 2 FRAMPTON ST

BOUNDARY

2,270

1,066 ROOF

1,538

BOUNDARY

3,387

BOUNDARY

11 ALMA PL

178

BOUNDARY

1,155

STEEL WIRE MESH AS SCHEDULED TO COMPLY WITH NCC 3.9.2.3 & TO DETAIL

GRD FFL - AHD + 15.600

SCALE: 1:50

BOX GUTTER ON SUITABLE GUTTER TRAY WITH MIN DEPTH OF 100mm (TOWARDS EAST) & MIN 1:100 FALL TO SUMPS REFER TO FLOOR PLAN FOR LOCATION

TYPICALLY PROVIDE MITRED CORNER JOINT TO RECKLI PRECAST PANEL BALUSTRADE

70mm UNDER SLAB FOAM INSULATION BELOW HABITABLE ROOMS AS PER ENERGY RATING REPORT

BOUNDARY

CONCRETE SLAB & STRIP FOOTINGS AS PER STRUCT ENG'S DETAILS/SPEC WITH FULLY SEALED PLASTIC WATERPROOF MEMBRANE BETWEEN COMPACTED FILL & INSULATION SHOWN DASHED

2,998

ADJOINING PROPERTY

WG.11

MF-01

W1.03

0 14 PITCH

03 A-401

A-201

ROOF RIDGE - AHD + 21.603

0 20 PITC

4,176

A-201

DP DP

0 14 PITCH

TIMBER DECKING TO ALLOW WATER DRAINAGE BELOW

02 A-402

TOP OF PARAPET - AHD + 18.780

DG.01

COURTYARD

4,335

ADJOINING PROPERTY

WG.03

WG.08

3,180

LIVING

ADJOINING PROPERTY

4,020 VARIES

ADJOINING PROPERTY

GRADE SITE TO ALLOW WATER TO DRAIN TO PERIMETER OF BUILDING AS SHOWN

3,215

BINS

GUTTER - AHD + 18.080

2,700

GARAGE DG.10

EXISTING STRIP FOOTING TO BE CUT BACK TO FACE OF EXISTING WALL AS PER ENG'S DETAILS

BUILT-IN FIREPLACE TO BE INSTALLED AS PER MANUFACTURER'S SPECS/DETAILS.

LEVEL 1 FFL - AHD + 18.300

4,938

HIT AND MISS BRICK WALL

2,400

ALL DOWNPIPES IN THE GARAGE TO DISCHARGE INTO WATER TANK

LEVEL 1 FFL - AHD + 18.300

ADJOINING PROPERTY

TYPICALLY PROVIDE ACOUSTIC & THERMAL INSULATION TO FLOORS & CEILINGS TO ACHIEVE R-VALUE AS PER ENERGY RATING REPORT AS REQUIRED

300

ADJOINING PROPERTY

6,004

EXISTING DOUBLE BRICK WALL

KITCHEN DG.02

WG.06

01 A-411

NGL

GRD FFL - AHD + 15.600

16/10/2018 A-201

DATE: DWG:

JOB #: REV:

1607 -

ELECT MAIN & PANELS

FL-01 AC

WT-02

4 A-302

WT-02 50

900

WT-09A

200

TOP OF WALL AHD- +4.450 50

2,000 8 X TREADS @ 250mm 56

1,607

1,636

CF-01 CF-02 CF-03 CF-04 CF-05

190

2,385

200

50 50

900

1,100 LANDING

165

STAIR/CORE PLAN - GROUND

A-300

1,380

200

3 A-300

1,100 LANDING

SCALE: 1:50

STAIR/CORE PLAN - LEVEL 1

A-300

SCALE: 1:50

SF-01

PLASTERBOARD WITH PAINT FINISH MR PLASTERBOARD WITH PAINT FINISH CONCRETE SOFFIT - CLASS 02 CONCRETE SOFFIT - BASEMENT INSULATION SOFFIT TO UNDERSIDE OF CONCRETE SLAB TO BASEMENT VJ LINING SOFFIT WITH PAINT FINISH

CP-01 TM-01 TZ-01 TZ-02

CARPET ENGINEERED TIMBER BOARD TERRAZZO TILE TERRAZZO SLAB

PA-01 PC-01 PC-02 RN-01 TV-01 MT-01 MT-02 LM-01 LM-02 SS-01

PAINT FINISH 1 POWDERCOAT 1 - WHITE POWDERCOAT 2 - GREY TEXTURED PAINT FINISH TIMBER VENEER METAL FINISH 1 - AGED IRON METAL FINISH 2 - SATIN CHROME LAMINATE - WHITE LAMINATE - MATTE BLACK STAINLESS STEEL

GL-01 GL-02 GL-03

GLASS TEXTURED SHOWER SCREEN GLASS MIRROR GLASS CLEAR

TZ-01

4,330

1,100

WT-44

WT-43

WT-40

ROOF VOID

2 A-302

4,245

DP B

W2.01

38°18'

W1.05

WT-14 W1.03

2,000 8 X TREADS @250mm

BELOW

200

VOID OVER LIFT

BELOW

1,235 LANDING

WT-40

16 15

BEDROOM 2 165

265

TSGI

WT-03A

WT-43

11 10

2,117

C 300 300 TGSI

WT-41

795 12

TZ-01 WT-12 1

SFL +13.285

BELOW

11 A-410

2,086

WT-01A

WT-21

WT-01A

ROBE TYPE 02

5,271

WT-01A

TZ-01

3,377 WT-03A

WT-41 FFL +13.305

TZ-01 WT-43A

16 15

LIFT

20.877m

850 265

W3.04

WT-40

90 90

A10 R.6.D01

C07 R.C.D01

300 300 TGSI

ROBE TYPE 03

WT-40

WT-22

TSGI

WHITE PEBBLE BALLAST ROOF

SFL +6.310

W2.21

285 TGSI 715

165

1,290

315

2,000 8 X TREADS @250mm

165

1,985 LIFT SHAFT

721

1,100 LANDING 165

30 135

1,100

5,023

04 STAIR/CORE PLAN - LEVEL 2 A-300

A10 R.5.D01

WT-40

1,750 7 X TREADS @250mm

FX40

TSGI

WT-02A 17

3,151

TYPE 03 FX20

1,626

F A-304

889

BATHROOM WT-21

C06 2.C.D01

FFL +9.950 SFL +9.930

BEDROOM 2

WT-22A

C07 2.C.D03

TZ-01

COMMS

FX40

WT-23A

C06 2.C.D02

2,000 LIFT SHAFT

WT-21

92 2,149

1,933

FX20

1 A-210

WT-42

A01 2.6.D01

FX24

WT-22A

WT-31

TYPE 01

2,652

WT-42

1:100 FALL

759

A01 2.5.D01

TYPE 01

WT-24

WT-25

FX26

HW13

340

ENTRY

HW13 1:100 FALL

BATHROOM

03 A-410

HW07 FX26

415

1,076

HW13

HW07

ENTRY

01 A-410

1,092

HW07

WT-23

WT-22

FX15 FX16 FX22

648

153

02 A-410

WT-25

2,062

WT-42

448 48 263

406

W3.01

1,076

697

77 183

4,245

105 2,008

1 A-302

WT-40

3 A-300

1 A-302

4 153

B FX20 FX21

PACK OUT WALL TO LINE OF WT-11 AS SHOWN 04 A-411

WT-03A

2,000 8 X TREADS @250mm

WT-03A

472

1 A-302

200

315

1 A-302

285 TGSI

GP WT-11

INTERIOR FINISHES LEGEND

TOP OF WALL AHD- +4.450 1,005

REFER SCHEDULE 1606 __ DOCKER ST SCHEDULES FOR SPEC & DETAIL

RAIN GARDEN DP

1,000

5,271 500

6.650

4 A-302

WG.22

WT-12

MC-02 MC-03 MF-01 RE-01 RF-01 RF-02 SB-01 SC-01 SC-02 SC-03 SC-04 SF-01 SF-02 TL-01 TL-02 TB-01 PE-01 PR-01 PR-02 VT-01

B W1.21

WT-03A

SIGN TYPE 33

2 A-302

05 STAIR/CORE PLAN - ROOF DECK

SCALE: 1:50

A-300

SCALE: 1:50

A REV B3 A

BY DATE NOTE CG 28/06/18 WALLS AMENDED AS CLOUDED AF 20/08/18 LIFT CONTROLLER BOX INCLUDED & LIFT SHAFT TO APARTMENT WALL AMENDED AS CLOUDED & ISSUED FOR CONSTRUCTION AF 15/10/18 REPLACE PRECAST CONCRETE PANELS WITH RITEK WALL SYSTEM & CHANGED ASSOCIATED DIMENSIONS AS CLOUDED

SUITE 1, LEVEL 1, 67 INKERMAN ST, ST KILDA, VIC 3182 AUSTRALIA P +613 9534 4411 EMAIL info@jostarchitects.com WEB www.jostarchitects.com.au ABN 80617602445

SFL +6.730

W1.04

WT-02

PLANTER

LOBBY

C03 G.C.D07

W1.22

HWU FW

3,792

TSGI

WT-12

C06 W1.22

B W1.01

265

FFL +3.550 SFL +3.450

1,076

1,626

WT-21

550 50

200

300 300

165

TSGI

B WG.21

1,100

2 A-302

WT-13

FFL +6.750

BBQ

200

WT-12

TEXTURED BLOCKWORK RENDERED BLOCKWORK CONCRETE FLOOR WITH SEALER PERMEABLE CONCRETE FLOOR HORIZONTAL CLADDING 1 HORIZONTAL CLADDING 2 PRECAST CONC FINISH 1 - RECKLI APPLIED CONC FINISH 2 - NATURAL APPLIED CONC FINISH 3 - CHARCOAL INSITU CONCRETE WITH CLASS 2 FINISH METAL PANEL CLADDING - BLACK METAL CLADDING FOR COLUMN METAL FINISH 1 RENDER TO BLOCKWORK ROOF SHEETING ROOF SCREED ALUMINIUM SCREEN - BALUSTRADE ALUMINIUM SCREEN 1 - HORIZONTAL ALUMINIUM SCREEN 2 - VERTICAL ALUMINIUM SCREEN 3 - FENCE ALUMINIUM SCREEN 4 - ANGLED VJ LINING SOFFIT WITH PAINT FINISH EXPOSED CONCRETE SOFFIT EXTERNAL TILE HONED FINISH - LIGHT EXTERNAL TILE HONED FINISH - DARK TIMBER BENCH PERGOLA SCREEN PRIVACY GLAZING - VIEW CONTROL 1 PRIVACY GLAZING - VIEW CONTROL 2 VERTICAL TRELLIS - WOVEN STAINLESS STEEL WIRE SYSTEM

2,000 LIFT

1,235 LANDING

EXTERNAL FINISHES LEGEND BL-01 BL-02 FL-01 FL-02 CL-01 CL-02 CO-01 CO-02 CO-03 IC-01

BEDROOM 2

165

1,100

WT-01A

265

FFL +6.750 SFL +6.650

AIR-CONDITIONER CONDENSER ADJUSTABLE SHELF ABOVE FINISHED FLOOR LEVEL ACCESS PANEL ACCESS LADDER CUPBOARD COMPRESSED FIBRE CEMENT COLUMN DRAWER DISHWASHER DOWNPIPE FRIDGE / FREEZER FINISHED CEILING LEVEL FIRE EXTINGUISHER FIRE HOSE REEL FIXED PANEL FLOOR WASTE GAS POINT GLASS WOOL INSULATION HANGING RAIL ALUMINIUM LOUVRE MOISTURE RESISTANT OVERFLOW POPPER TO DETAIL PRECAST PANEL JOINT PLANTER BOX OUTLET PHOTOVOLTAIC PANELS DOWNPIPE TO RAINWATER TANK RAIN WATER OUTLET RAINWATER HOSE BIBCOCK STRUCTURAL FLOOR LEVEL TACTILE GROUND SURFACE INDICATORS TELEVISION

875

1 A-302

1,092

WT-22

WT-01A

5,464

1,750 7 X TREADS @ 250mm

2,149

1,933 92

430 300 300 TSGI 1000 4 X TR. @ 250mm

TV 2,000 LIFT SHAFT

1,076

WT-21

1:200 FALL TO WASTE 200

C04 G.C.D09

WT-22

92 1,366

SCALE: 1:50

TZ-01

THRESHOLD TRENCH GRATE

2,978

A-303 03

STAIR/CORE PLAN - BASEMENT

REFER A-310 FOR ENTRY PATH LAYOUT

4 A-302

LIFT

WT-01A

H A-304

165 1 300 300

C05 G.C.D10

WT-07

FIP

TL-01

A-300

WT-21

TSGI

D11 A-304

WG.01

170

8:1

TZ-01

190

ROBE TYPE 03

2,088

8:1

200

900 1,100

ROBE TYPE 01

TYPE 03 FX20

FX40

TSGI

TZ-01 1,185

2 A-302

200 50

1,626

1,933 3,066

50 50 900

2 A-302

BEDROOM 2

FX25

BATHROOM F A-304

FFL +6.750 SFL +6.730

BEDROOM 2

FX16 FX11 FX41

FX24

WT-22A

TZ-01

265

WT-02A

WT-02

3,439

1,300 LANDING

FL-01 9

2,315

HW07 FX26

C07 1.C.D03 E A-304

C06 1.C.D01

G A-304

180

200

WT-02

WT-01

2,250 9 X TREADS @ 250mm

AC ADJ AFFL AP AL C CFC COL D DW DP F FCL FE FHR FP FW GP GW HR LV MR OF PJ PO PV RW RWO RT SFL TGSI

135

A01 1.4.D01

WT-22

2,978

FL-01

2,778

TSGI

17 16

WT-01A

FX40

WT-23A

C06 1.C.D02

WT-31

FX20

200

1,320

900 1,100

265

WT-02 50

BATHROOM TYPE 01

TZ-01

28°

50 200

LIFT

A C A-304 A-304

ROBE TYPE 01

WT-02

3,170

1,000 4 X TR. @ 250mm

WT-01

165 1,165

133 1,165

200

587

200

668

FL-01

WT -02

FFL +3.550 SFL +3.530

BEDROOM 2

TYPE 03

WT-22A

WT-25

FX26

ROBE TYPE 03

WT-22

FX23 FX23

TYPE 02 FX08 FX20 FX37

FX40

C08 G.C.D14

WT-02A

TZ-01

__SOLI D FILL

WT-24

BATHROOM

TZ-01

A01 1.3.D01

200

920

760 1,735

WT-02

200

165

2,000 LIFT SHAFT

250

2,162

WT-22A C07 G.C.D13

B A-304 D A-304

C06 G.C.D11

2,000 LIFT SHAF

405

165

405 1,660

1,082

LIFT

WT-01

WT-23A

C06 G.C.D12

1,100 ENTRY

WT-23

HW07

FX24

FX18 FX17 FX19

FX24

WT-22A

WT-31

TYPE 01 FX20

HW07 FX26

TSGI

TYPE 02

165

2 A-210

LEGEND - GENERAL ABBREVIATIONS 6 135

1,985 LIFT SHAFT

1 A-200

WT-02

C12 B.C.D04

870

WT-24

WT-25

BATHROOM

HW13

FX26

C FX08

FX40

FL-01

BUILDER TO CONFIRM DOOR HANDLE DOES NOT CLASH WITH HANDRAIL

HW07

FX39 FX11 FX20 FX16

FX37 FX37 FX06

165

HW07

COMMS

FX24

B TYPE 01

1,290 ENTRY

165

1,092

807

LAUNDRY

170

FX20 FX21 FX15 FX16 FX22

FX16 FX11 FX41

FX25

WT-02

LIFT CAR SIZE MIN 1.4x1.6m TO COMPLY WITH AS1735.12 AS PER LIFT SPECIFICATION

WT-02 FFL +0.330

WT-01A

1,100

A01 G.2.D01

WT-01A

165

WT-22

1,985 LIFT SHAFT

165

C11 B.C.D03

COMMS

1,100

WT-01

WT-21

200

ENTRY

A01 G.1.D01

870

715

HW07 FX26

ENTRY

5 5,450

165

02 A-410

WT-23 01 A-410

HW13

WT-22

HW07

1,300

WT-21

2,135

1,100

165

TYPE 01 1,480

4 165

165

1,985 LIFT

3,174

FX18 FX17 FX19

165

3,066

D 5,785 870

4,731 1,290

WT-21

FX20 FX21 FX15 FX16 FX22

FX25

92 165

1,076

597 715

1 A-302

4 165

1,092

3 A-300

1 A-302

BALCONY

WT-11

SECTIONS

W1.06

SCALE @ A1: AS SHOWN DRAWN: AF TITLE:

ADDRESS: 13 ALMA PL. ST KILDA 3182

WT-10

PROJECT: 1607 ALM BP

CLIENT: J & K SMITH

3,975

NOTE

SUITE 1, LEVEL 1, 67 INKERMAN ST, ST KILDA, VIC 3182 AUSTRALIA P +613 9534 4411 EMAIL info@jostarchitects.com WEB www.jostarchitects.com.au ABN 57875795668

8,207

SCALE: 1:50

5,782

STUMP TO STRUCTURAL ENG'S DETAIL / SPEC AGI DRAIN TO CIVIL ENG'S DETAIL / SPEC

SECTION 5

A-201

2,050

SCALE: 1:50

178

BY DATE

SECTION 4

4,937

REV

4 A-201

4,490

SCALE: 1:50

DOCKER ST

CONCRETE SLAB & STRIP FOOTINGS AS PER STRUCT ENG'S DETAILS/SPEC WITH FULLY SEALED PLASTIC WATERPROOF MEMBRANE BETWEEN COMPACTED FILL & SLAB SHOWN DASHED

SECTION 3

5,357

TL-01 3 A-201

PROJECT: NEW DEVELOPMENT

FOR CONSTRUCTION

SCALE @ A1: AS SHOWN DRAWN: TITLE:

CLIENT: ELWOOD DOCKER ST PTY LTD

STAIR/CORE - PLANS

ADDRESS: 37-39 DOCKER ST, ELWOOD VIC 3184

15/10/2018 JOB #:

DATE:

A-300

DWG:

REV:

WT-03A

1606

4,420 260

260

DG.02

6/A-400

260

6/A-400

260

DG.10

D1.09

535

110 250

250

1,750

D2.05

250

STAIR 1 PLAN - GROUND

640

13 6 250

250

1,000

5,494

A-400 SCALE: 1:20

4,997

1,750

1,800

250

178

250

110 250

3 A-210

1,000

800

250

DG.03

900

250

SCALE: 1:100

1,860

50 1,050

D1.08

3/A-400

A-101

350

900

1,000

1,250

1,000

01 PLAN - LEVEL 1 PROPOSED 3/A-400

260

200

250

1,955

260

200

260

250

7 2,387 260

6,159

8 OPENING IN STAIR WALL TO PROVIDE ACCESS TO UNDER STAIR STORAGE

7 A-400

6,525

3/A-400

1,000

900

1,000

110

D1.01

333

3/A-400

1,250

1,050

1,000

250

900

1,000

250

900

250

1,000

6/A-400

333

1,000

D1.02

STAIR 2 PLAN - LEVEL 1

A-400 SCALE: 1:20

7,226 3,848

178

15,008

3,876

3,350

1,250

4,000

STAIR 2 PLAN - LEVEL 2

3 A-210

A-400 SCALE: 1:20

STAIR 1 PLAN - LEVEL 1

A-400 SCALE: 1:20

STAIR 2 110 370

1,955

10mm PLASTERBOARD EACH SIDE OF 90mm TIMBER STUD FRAMED WALL

CIRCULAR TIMBER HANDRAIL WITH PAINTED BLACK STEEL BRACKETS MIN 865mm ABOVE NOSING AS SHOWN

TOP OF WALL - RL + 25.060

STUDY

DRESSED 19mm KDHW TIMBER SKIRTING 90mm HIGH

STAIR TREADS, RISERS & LANDINGS TO BE CLAD IN SELECTED TIMBER FLOORING AS SCHEDULED

865 NOSING TO TOP OF RAIL

1,140

BLACK POWDER COATED ALUMINIUM STAIR SKIRT 90mm ABOVE NOSING LINE SHOWN DASHED BEYOND)

STAIR 1 RECESSED STEP LIGHTS CENTRED OVER STAIR TREADS 300mm TO UNDERSIDE OF FITTING AS SHOWN

LEVEL 2 FFL - RL + 27.340

STAIR TREADS, RISERS & LANDINGS TO BE CLAD IN SELECTED TIMBER FLOORING AS SCHEDULED

F BLACK POWDER COATED ALUMINIUM STAIR SKIRT 90mm HIGH AT WALL JUNCTION. REFER SECTION

PLAN DETAIL - STAIR SKIRT JUNCTION

A-400 SCALE: 1:5 16

16 2,160

300

LEVEL 2 FCL - RL + 26.520 GRD FCL - RL - 23.100

2,998

1,528

TIMBER STAIR WITH 280mm TREADS (INCLUDES 20mm OVERHANG) & MAX 190mm RISERS (TREADS TO HAVE A NON SLIP SURFACE TO COMPLY WITH BCA PART 3.9.1.3)

GRD FCL - RL - 23.420

LEVEL 1 FFL - RL + 23.920

CIRCULAR TIMBER HANDRAIL WITH PAINTED BLACK STEEL BRACKETS MIN 865mm ABOVE NOSING AS SHOWN

LEVEL 1 FFL - RL + 23.920

TIMBER STAIR WITH 270mm TREADS & MAX 190mm RISERS (TREADS TO HAVE A NON SLIP SURFACE TO COMPLY WITH BCA PART 3.9.1.3)

BLACK POWDER COATED ALUMINIUM STAIR SKIRT 90mm ABOVE NOSING LINE. REFER SECTION

10 SELECTED TIMBER FLOORING LAID ON MDF BASE

UNDER STAIR STORE

TF 865 NOSING TO TOP OF RAIL

KITCH

HALLWAY

MC-03

OP 1

GRD FFL - RL - 20.500

A-400 SCALE: 1:5

LEVEL 1 FFL - RL + 23.920

RECESSED STEP LIGHTS CENTRED OVER STAIR TREADS 300mm TO UNDERSIDE OF FITTING AS SHOWN

STAIR 1 - SECTION 1

OPENING IN STAIR WALL TO PROVIDE ACCESS TO UNDER STAIR STORAGE

STAIR 2 - SECTION 1

A-400 SCALE: 1:20

NOTE

DP LEGEND

NOTES:

5,300

9,350

3,450

TOWER

DATE: DWG:

24/11/16

A-400

JOB #: REV:

1501

TILED FLOOR FINISH

LEVEL

UNIT - LOT NUMBER

2 13 01

3,700

DETAILS

CARPET FLOOR FINISH

UNIT

5,300

ML Design Property Group Pty. Ltd. (ABN:93 602 370 810) All rights reserved. This work is covered by copyright and cannot be reproduced or copied in any form or by any means (graphic, electronic or mechanical photocopying) without the written permission of the copyright holder. Any licence, expressed or implied, to tuse this document for any purpose whatsoever is restricted to the terms of the written agreement between ML Design Property Group Pty. Ltd. and the instructing party.

GENERAL NOTES 1. Confirm all dimensions and levels on site before commencing work. 2. Figured dimensions shall take precedence over scaled dimensions. 3. DWGs, IFCs and other editable documents are provided for convenience only. The printed, controlled documents take precedence in all instances.

14,600

TL-01

AMENDMENTS

3 4 7 8

6 9 10 11 12

EXTENT OF FEATURE WALL PAINT DASHED

5 13 14

15 16

10,350

22704 TYPE C1 UNIT 4 A: 104.5 m2

2 50-33

SIMILAR TO

W02 C1

W02 B3.1

W02

TILE SETOUT POINT

A1.2 DP TILE SETOUT POINT

BO BALCONY A: 9.7 m2

GARDEN BED

W03 A1.2

W03 A1.1B

W04 A1.2

D04 L27

D02 C2

D01 A1.1A

D07 C2

W06 C2

TILE SETOUT POINT

BALCONY A: 5.4 m2

BALCONY A: 9.3 m2

BALCONY A: 10.2 m2

W04 A1.1B

W03 A1.1A

W02 A1.1A

BALCONY A: 5.3 m2 BO

W01 A1.1A

W02 A1.1A

BALCONY A: 5.3 m2 BO

TILE SETOUT POINT

W03 A1.1A

W02 C2

W04 A1.1A

50-24

50-25

W01 C2

50-34

50-23

50-25

GA PLANS LEVEL 27 - FLOOR PLAN (TYPICAL L27-29)

SIMILAR TO

30-02

DRAWN

CHECKED

MR/SC

SCALE

REVISION DATE

1:100 @ A1

30-02

5,357

DRAWING TITLE

10/01/2017 #Last saved by, ##/##/#### BIM Server: BN1MLDBIM01 - BIM Server 18/HUTC0007/HUTC0007_Layout_WD

IVY & EVE APARTMENTS 22-28 MERIVALE STREET , SOUTH BRISBANE, QLD, AUSTRALIA FOR HUTCHINSON BUILDERS TMDL PROPERTY GROUP

BALCONY A: 7.6 m2

GARDEN BED

2 50-34

30-02

Published: Last Save: File Path:

WT-11

38°18' 20.877m

850

Telephone +61 732 216 188 Facsimile +61 732 296 863 bris@mldesign.com.au www.mldesign.com.au PROJECT

W03 C2

TILE SETOUT POINT DP

SIMILAR TO

GSPublisherEngine 944.2.2.100

5,782

ML Design112 Bowen Street, Spring Hill Qld. 4000, Australia G.P.O. Box 714, Spring Hill Qld. 4001, Australia W04 C2

12706 TYPE C2 UNIT 6 A: 119.5 m2

D04 A1.1A

W04 A1.1A

GARDEN BED 1 50-35

PACK OUT WALL TO LINE OF WT-11 AS SHOWN

W05 C2

12707 TYPE A1.1A UNIT 7 A: 50.2 m2

A1.1A W01

LEVEL MARKER TILE SETOUT POINT LOCATION MARKER

SIMILAR TO

D06 C2

SFL +9.930

WT-11

D03 A1.1A

12708 TYPE A1.1A UNIT 8 A: 50.2 m2

W01 B2.1

W05 B2.1

TILE SETOUT POINT

12709 TYPE B2.1 UNIT 9 A: 74.9 m2

LOUVRE MARKER

50-26

D02 A1.1A

D04 A1.1A

DP TILE SETOUT POINT

WINDOW MARKER

00F L01

1 D05 C2

D01 A1.1A

D02 A1.1A D03 A1.1A

00F W01

FSL 0.000

W07 C2

D04 C2

D01 B1

W01 B3.1

W02 A1.1B

DP TILE SETOUT POINT BO

BO BALCONY A: 5.4 m2

COMMS

D03 L27

B2.1 D06

50-26

1 30-01

B2.1 D05

SIMILAR TO

22701 TYPE B3.1 UNIT 1 A: 70.3 m2

D04 A1.1B

SIMILAR TO

W08 BO C2

W01 A1.1B D05 A1.2

ELECTRICAL

W02 B2.1

W03 B3.1

22702 TYPE A1.1B UNIT 2 A: 50.0 m2

W01 A1.2

W01 C1

D07 B3.1

DOOR MARKER

TILE SETOUT POINT

D08 L27

B2.1 D02

W03 B2.1

SIMILAR TO

D03 A1.1B

HYD. METERS (800 x 600)

D01 B2.1

D02 A1.1B

CW (600 x 600)

DETAIL MARKER

00F D01

FFL +9.950

BBQ

50-21

W09 C2

D03 C2

C FE

B2.1 D03

D05 B3.1

50-26 D02 A1.2

LIFT 6

SECTION MARKER

1 43-01

B BALCONY A: 7.7 m2

D02 L27

REFUSE

B2.1 D04

D04 B3.1

D06 B3.1

D01 A1.1B

D02 B3.1

W04 B3.1 D03 A1.2 D04 A1.2

22703 TYPE A1.2 UNIT 3 A: 50.2 m2

CW (600 x 600)

1 20-01

W02 BO A2.2

BALCONY A: 7.7 m2

WT-13

DP HYD. METERS (800 x 600)

D01 B3.1

TILE SETOUT POINT

W01 A2.2

EXTENT OF FEATURE WALL PAINT DASHED

D09 L27

CPT/CA04

5 4 3 2

L27

D10 L27

D01 A1.2

ELECTRICAL

D11 L27

D1 C1

D04 A2.2

6 52-01

LEVEL 27 - 29 LIFT LOBBY

LIFT 5

FIRE STAIR 04 FH D01 W05 B3.1

DXX L27

D02 C1

D07 C1

COMMS

W04 C1

W04 B2.1

W06 B3.1 D03 B3.1

D08 L27

12705 TYPE A2.2 UNIT 5 A: 50.8 m2

9 8 7 6

FIRE STAIR 02

D02 A2.2

14 13

50-26

W03 C1

5 4 3 2

LIFT 3

D06 C1

W03 A2.2

200

D03 A2.2

12 11 10

D01 A2.1

LIFT 4

16 15

W04 B2.2

D04 C1 D03

W05 C1

SIMILAR TO

9 8 7 6

D02 B1

D01 B1

FIRE/HYDRANT WATER METER

D07 L27

FIRE STAIR 03

50-26 W06 B3.2

14 13 12 11 10

BALCONY A: 3.6 m2 BO BO

B3.2 D03

16 15

LIFT 2

LEVEL 27 - 29 LIFT LOBBY CPT/CA04

3,700

D01 A1.1A

D05 L27

2.2 m2

D05 C1 W06 C1

2 50-20

SIMILAR TO

D06 L27

GAS

SUBSUBDUCT DUCT

LOBBY LOBBY RELIEF RELIEF

BO BALCONY A: 6.8 m2

TILE SETOUT POINT

D01 A1.1A D01 B2.2

D03 B2.2 D04 B2.2

FIRE STAIR 01

LIFT 1

1 50-34

D02 B2.2

W03 B2.2

D02 B3.2

D14 L27 D03 B5

TILE SETOUT POINT SIMILAR TO

30-01

LOBBY RELIEF

W06 B1

2,000 LIFT

SUB SUBDUCT DUCT

W05 B1

FOR CONSTRUCTION

PROJECT NORTH

10/01/2017 4

DRAWING NO

HUTC0007

A-WD-10-33

1 A-210

WT-14 W2.03

TRUE NORTH

FILE - PROJECT

1,100 165

GAS

W05 B3.2 D05 B5

3,700

1 SIMILAR TO

D04 B1

D02 A1.1A D03 B1

D05 B3.2

D01 B3.2

D13 L27

FIRE/HYDRANT WATER METER

W04 B1

DP D03 A1.1A D02 A1.1A

12704 TYPE B1 UNIT 4 A: 67.7 m2

12703 TYPE A1.1A UNIT 3 A: 50.2 m2

50-26

W04 B3.2

D04 B3.2 FE

W01 A1.1A

D03 A1.1A D06 B2.2

BASEMENT COLUMN NUMBER BALCONY OUTLET BOLLARD CARPARK CONTROL JOINT CLEANERS SINK DOWNPIPE DOWNPIPE WITH SPITTER FIRE CONTROL ROOM FIRE HYDRANT FIRE HOSE REEL FINISHED FLOOR LEVEL FINISHED SLAB LEVEL FIRE SPRINKLER TANK FLOOR WASTE FASCIA GUTTER GENERAL OUTLET HANDRAIL MOTORBIKE CARPARK OVERFLOW OUTLET PODIUM COLUMN NUMBER PLANTER DRAIN OUTLET POOL OUTLET ACCESS COMPLIANT CARPARK SMALL CARPARK SPOON DRAIN OUTLET STAIR PRESSURISATION STORMWATER MANAGEMENT WASTE PIPE WHEEL STOP VISITOR CARPARK VISITOR MOTORBIKE CARPARK VENT PIPE VISITOR SMALL CARPARK

265

D12 L27

D02 B5

W01 A1.1A

12702 TYPE A1.1A UNIT 2 A: 50.2 m2 DP

W02 B2.2

FFL +9.950 SFL +9.850

LEGEND: BC## BO BOL CP C.J. CSK DP DP+S FCR FH FHR FFL FSL FSPR FW G GO HR MCP OF PC## PDO PO PWD-CP SCP SDO SP SW WP WS VCP VMCP VP VSCP

D04 A1.1A

D06 B3.2

D01 A1.1B

D01 B5 D04 B5

W03 B1

1 A-200

D06 B5

W04 B5

TILE SETOUT POINT DP D05 B1

D05 B2.2

D01 A1.1B

1 50-26

BALCONY A: 7.6 m2 W02 B1

W03 A1.1A

DP TILE SETOUT POINT

D04 A1.1A

50-26

SIMILAR TO W03 B3.2

W03 B5

SIMILAR TO

W02 A1.1A

1,000

W02 B3.2

D02 A1.1B

W02 A1.1A

D06 B1

12701 TYPE B2.2 UNIT 1 A: 75.0 m2

D07 B3.2

D03 A1.1B

BALCONY A: 5.3 m2

625

22708 TYPE B3.2 UNIT 8 A: 70.5 m2

3 52-01

4,225

W01 A1.1B

22707 TYPE A1.1B UNIT 7 A: 50.0 m2 DP DP D03 A1.1B

D02 A1.1B

W03 A1.1A

TILE SETOUT POINT

W01 B2.2

265

10,350

1 52-01

BALCONY A: 5.3 m2

1 52-01

TILE SETOUT POINT

W01 B3.2

22706 TYPE A1.1B UNIT 6 A: 50.2 m2

43.23 m2 2 A-210

REV

(G)

4,245

W01 A1.1B

50-33

SIMILAR TO

DP TILE SETOUT POINT

BALCONY A: 10.2 m2 W05 B2.2

TILE SETOUT POINT W02 A1.1B

D04 A1.1B

BALCONY A: 10.0 m2

DP 3 52-01

BALCONY

50-24 W01 B1

2,050

22705 TYPE B5 UNIT 5 A: 81.6 m2

BALCONY A: 5.2 m2 BO

W03 A1.1B

TILE SETOUT POINT

1 50-25 W04 A1.1A

178

W03 A1.1B

2 50-24 W04 A1.1A

4,937

W02 A1.1B

1 50-24

4,490

TILE SETOUT POINT

3 50-35

BALCONY A: 5.3BO m2

W01 B5

2 50-35 W04 A1.1B

4,330

BALCONY A: 12.4 m2

SIMILAR TO

1 50-35 W04 A1.1B

BY MR MR MR MR MR MR MR

4,245

1 50-34

DESCRIPTION WIP WIP ISSUE, NOT FOR CONSTRUCTION ISSUED FOR FINAL REVIEW ISSUED FOR FINAL REVIEW ISSUED FOR CONSTRUCTION ISSUED FOR CONSTRUCTION AS10 - ISSUED FOR CONSTRUCTION AS11 - ISSUED FOR CONSTRUCTION ISSUED FOR CONSTRUCTION

8,207

3 30-02

DATE 8/02/2016 24/02/2016 13/04/2016 17/05/2016 2/07/2016 8/09/2016 12/10/2016 26/10/2016 10/01/2017

DOCKER ST

3 50-35

2 30-02

SIMILAR TO

W02 B5

1 30-02

REV 01 02 A B C D E F G

W2.05

12,120

21301 TYPE B3.1 UNIT 1 A: 70.4 m2

WT-10

SCALE @ A1: AS SHOWN DRAWN:

NOTE: REFER TO '15' SERIES FLOOR PLANS CLIENT: R & K RAO TITLE: - 'PURCHASER VARIATIONS' ADDRESS: 28 WILLOW GVE, KEW EASTFLOOR 3102 UNIT - LOT NUMBER FOR THE FINISHES FOR ENTRY, UNIT TYPE KITCHEN, LIVING, DINING AND HALL TO UNIT NUMBER ON STOREY EACH PARTICULAR UNIT. AREA

TENDER

1) REFER TO A-WD-11 SERIES DRAWINGS FOR VARIATIONS TO CONCRETE SLAB & WALL SETOUTS 2) REFER TO A-WD-11 SERIES DRAWINGS FOR LOCATIONS OF BALCONY GARDEN BEDS, BALUSTRADE TYPES & SETOUTS 3) REFER TO A-WD-12 SERIES DRAWINGS FOR BLOCKWORK WALL SETOUTS 4) REFER TO A-WD-12 SERIES DRAWINGS FOR S.O.U. BOUNDING PARTITION SETOUTS 5) REFER TO A-WD-73 SERIES DRAWINGS FOR S.O.U. INTERNAL PARTITION SETOUTS 6) REFER TO A-WD-73 SERIES DRAWINGS FOR S.O.U. FLOOR FINISHES & SETOUTS 7) REFER TO A-WD-73 SERIES DRAWINGS FOR S.O.U. KITCHEN DETAILS & SETOUTS 8) REFER TO A-WD-73 SERIES DRAWINGS FOR S.O.U. BATHROOM DETAILS & SETOUTS 9) REFER TO INTERNAL & EXTERNAL FINISHES SCHEDULE FOR MATERIAL/FINISHES CODES DETAILS 10) REFER TO A-WD-74 SERIES DRAWINGS FOR REC. DECK COMMON AREA DETAILS

SUITE 1, LEVEL 1, 67 INKERMAN ST, ST KILDA, VIC 3182 AUSTRALIA P +613 9534 4411 EMAIL info@jostarchitects.com WEB www.jostarchitects.com.au ABN 57875795668

PROJECT: NEW HOUSE

W2.04

BY DATE

WT-02

REV

W2.06

A-400 SCALE: 1:20

W2.07

SECTION - STAIR SKIRT

ROOF OVER

865

NOSING TO HRL

WT-15 TIMBER STAIR CUT STRINGER

ABOVE WALL SB-01

178

UNDER STAIR STORE

300

TYPICALLY PROVIDE MITRED CORNER JOINT TO RECKLI PRECAST PANEL BALUSTRADE

4,176

LANDING FFL - RL + 25.820

4,176

10mm PLASTERBOARD

11 BLACK POWDER COATED ALUMINIUM STAIR SKIRT 90mm ABOVE NOSING LINE

6,710

2,840

2,775

4,739

4,625

4,170

28,189 901 1,000

750

1,000

1,250

1,200

300

3,159

1,550

895

12,379 - BALC

4,834

1,540

2 A-200

1,011

1,954

1,841

1,000

4,000

1,250

334 178

2,795

334

1,513

334

1,691

4 A-210

7,134 EQ

300

1,691

4,486

2,161

100

7,134

2,186

127°23'

2,998 178

W1.13

W1.14 DP

WT-11

MC-03

TL-01

09 A-411

WT-26

SFL +6.680

BALCONY FFL +6.750

UNIT 4

WT-26

194.78 m

2 A-210

SFL +6.650

144.54 m

218°18'

WT-11

UNIT 3

6,149 BALC

FFL +6.750

5,357

FFL +6.750

W1.16

WT-30A

03 A-411

625 342

3 A-200

165

4,225

W1.18

WT-21

4,490

PACK OUT WALL TO LINE OF WT-11 AS SHOWN WT-01A

WT-11

WT-02A

LIFT

20.877m

200

SFL +6.730

WT-02

WT-01

2,000 LIFT

COMMS

W1.17

BBQ

WT-22A

FFL +6.750

WT-13

WT-23A FE

SFL +6.730

WT-10

WT-22A

WT-01A

1 A-210

1,100

WT-01

WT-01A

WT-21

FFL +6.750

1,000

WT-24

2,342

W1.12

WT-10A

WT-11

W1.15

850

WT-11

W1.11

PR-02

W1.10

12,322

W1.09

4,176

SB-01 ABOVE WALL WT-15

ROW

W1.08

4,176

PR-01

855

PR-01

MF-01 2,993

2,138

40.235m

W1.20

350

W1.21

AHD - +7.580

4,245

WT-14

W1.01

4,245

LANDSCAPE

265

W1.22

HWU W1.02

4,245

WT-12

W1.19

WT-02

WT-07

SFL +6.650 AC COND UNITS 1-4

WT-02

VT-01

MF-01

MF-01 3 A-300

WT-02

SC-01 ABOVE WALL 715

165

1,290 165

40.234m

1,985 LIFT

165

1,100

4 A-200

1,755 13,464

1,690

1,317

1,690

885

780

165

307°23' 4 A-210

800

2,775

2,095

1,690

1,421

1,690

1,755 14,999

4,355

1,000

5,043

1,691 1,386

6,710

2,840

2,775

4,739

4,625

4,170

28,189 901 1,000

750

1,000

1,250

1,200

300

895

12,379 - BALC

4,834

1,550

2 A-200

300

1,000

1,954

1,000

1,841 4,000

1,250

1,691

4,486

3,159

1,550

334 178

2,795

1,513 1,691

334 334

4 A-210

127°23'

SB-01 ABOVE WALL WT-15

178 W2.13

W2.15

W2.14

draf t i n g

BALCONY 37.51 m2 FFL +9.950

2 A-210

SFL +9.850

163.80 m

218°18'

174.61 m

UNIT 6

WT-11

SFL +9.880

UNIT 5

MC-03

TL-01

FFL +9.950

SFL +9.880

1,000 625 342 4,225

4,490

200

350

85 4,245

1,100

4,245

165

W2.20

4,245

1,985 LIFT

2,000 LIFT 165

WT-14 W2.21

1,290 165

1,100

1 A-210

WT-12

165

3 A-200

04 A-300

W2.01

715

WT-13

W2.18

WT-21

WT-01A

PACK OUT WALL TO LINE OF WT-11 AS SHOWN LIFT

WT-11

WT-02A

WT-01A

W2.02

265

SFL +9.930

20.877m

WT-01

WT-02

BBQ

WT-22A

FFL +9.950

WT-01A

WT-21

WT-23A FE

SFL +9.930

WT-10

WT-22A

COMMS

WT-01

WT-21

FFL +9.950

W2.17

WT-24

2,341

WT-11

5,357

WT-10A

6,149 BALC

W2.12

850

FFL +9.950

W2.11

WT-10A

WT-11

ROW

PR-01

W2.10

12,322

W2.09

W2.16

W2.08

4,176

2,998

40.235m

W2.19

165

i nte r i o rs

CONTINUOUS CIRCULAR TIMBER HANDRAIL 865mm FROM TOP OF RAIL TO NOSING AS SHOWN WITH PAINTED BLACK STEEL BRACKETS MECHANICALLY FIXED INTO WALL AS SPECIFIED

3,895

TIMBER STAIR WITH 250mm TREADS & 15x180mm RISERS (TREADS TO HAVE A NON SLIP SURFACE TO COMPLY WITH BCA PART 3.9.1.3)

175

3,670

250

962

700

700 50

50 250

250

A-400 3

250

4 A-400

SERVER ROOM

SERVICES

1,055

1,399 3,500 1,399

3,500

HIT & MISS BRICK WALL AS PER A-402 BRICK SETOUT DETAIL

STAIR PLAN - GROUND

A-400

SCALE: 1:20

A-400

STAIR PLAN - LEVEL 1 SCALE: 1:20

50mm DIAMETER TIMBER DOWEL HANDRAIL WITH 25X90mm FLAT BAR FRAME AND STEEL WIRE BALUSTRADING. RETURN HANDRAIL 90 DEGREES TO WALL FACE AS SHOWN

2nd LIVING/ STUDY

COLOUR OF STAINLESS STEEL BEND TO MATCH COLOUR OF THE WINDOW FRAME

50mmÃ&#x2DC; TIMBER DOWEL HANDRAIL WITH 25mm FLAT BAR FRAME AND STEEL WIRE BALUSTRADING AS SPECIFIED

STEEL WIRE MESH AS SCHEDULED TO COMPLY WITH NCC 3.9.2.3

CONTINUOUS CIRCULAR TIMBER HANDRAIL 865mm FROM TOP OF RAIL TO NOSING AS SHOWN WITH PAINTED BLACK STEEL BRACKETS MECHANICALLY FIXED INTO WALL AS SPECIFIED

1,000

25x90mm FLAT BAR STEEL BALUSTRADE FRAME

RECESSED STEP LIGHTS CENTRED OVER STAIR TREADS 300mm TO UNDERSIDE OF FITTING AS SHOWN

300

L1 FFL - AHD + 18.300

TIMBER STAIR WITH 270mm TREADS (INCLUDES 20mm OVERHANG) & MAX 190mm RISERS (TREADS TO HAVE A NON SLIP SURFACE TO COMPLY WITH BCA PART 3.9.1.3)

STAIR TREADS & RISERS TO BE SCHEDULED

14 125

TIMBER STAIR W OVERHANG) & M A NON SLIP SUR 3.9.1.3)

300 STAIR TREADS & RISERS TO BE CARPETED AS SCHEDULED

GND FCL - AHD + 18.000

125

12 11

__ POWDER COATED ALUMINIUM STAIR SKIRT 90mm ABOVE NOSING LINE

10 CL

2,700 15 RISERS @ 180mm

2,220

8 7 6 5 AC

4 3 2

BINS SERVER ROOM

SERVICES

BINS

1 90

GND FFL - AHD + 15.600

3 A-400

STAIR - SECTION 1 4

SCALE: 1:20

A-400 40x40mm ALUMINIUM ANGLE POWDER-COATED WHITE TO ACT AS WINDOW TRIM

STAIR - SECTION 2 SCALE: 1:20

SERVICES

SERVER ROOM

UNIT FCL 3 UNIT 5

UNIT 6

GL-01 GL-02 GL-03

LIGHT ON

UNIT 2 FOR UNIT 2 & 6 MIRROR LAYOUT 20

LT02 - RECESSED DOWNLIGHT

STEEL FRAME PANEL W/TEXTURED GLASS

GLASS TEXTURED SHO GLASS MIRROR GLASS CLEAR

LT03 - ADJUSTABLE TRACK LIGHTFCL GL02

GL01

PC02

UNIT 1

TZ01

LT04 - WALL LIGHT LT05 - PENDANT LIGHT PA01

TZ01

LT07 - LED STRIP LIGHT

PA01

LT08 - INTERNAL/ EXTERNAL WALL LIGHT

FX08

LT10 - EXT SURFACE MOUNTED DOWNLIGHT

630 AP06

CENTRELINE

125

LIGHT SWITCH TZ02

JOIN LINE

2,550

TZ02

RN01

TZ01

TZ02

WALL MOUNTED A/C UNIT

HTR

EXHAUST RN01 TO OUTSIDE

RN01

NI CH E

AP06 FX05 FX32

1,150

TZ01

AC CONDENSER UNIT

TZ01

PLASTERBOARD CEILING ACCESS PANEL TZ02 (RONDO OR SIMILAR TO APPROVAL)

TZ02

AP04

PROPRIETRY SHELFPULL DOWN ROOF ACCESS LADDER & HATCH TO COMPLY WITH ALL RELEVANT ROOF ACCESS & OHS CODES & LT07 REQUIREMENTS

GPO RH

SHELF FX17 TZ01 TILE SETOUT

FFL

TZ02

RN01

TYPE 01

B 500

TZ02

JOIN LINE

1,000

RECESSED LED CEILING FAN AS SCHEDULED STRIP LIGHTING

195

KITCHEN

RN01

GPO

RANGE HOOD AND SHELF SHOWN DASHED

800

600 TILE SETOUT

TILE SETOUT

JOIN LINE

500

SHOWER SCREEN FFL

800

1,200 DADO

ABOVE FINISHED FLOOR LEVEL FCL LINEAR BAR GRILLE A/C DIFFUSER SUPPLY RN01 / RETURN AIR RN01

FX24

FX27 FX18 FX19

MAINS SWITCHBOARD CORNERS 2MITRED WAY INTERCOM TO STONE SHELF FINISHED CEILING LEVEL

MITRED CORNERS TO RANGE HOOD ENCLOSURE

FCL RN01

FX03 1,600 FX26

FX01

1,600 FX26

TZ02

CL 50

JOIN LINE

2,550

535

850

290

RN01

NUMBERS)

RECESSED CEILING EXHAUST FAN

740

LT13 - EXTERNAL LIGHT (ENTRY BACKLIT

800

S01 A-590

FX24 FX26

700 FX24

630

S02 A-590

FX26

900 FX24 980

125

LT12 - EXTERNAL WALL LIGHT S03 A-590

FX26

3,400

1,570

S03 A-590

NIC HE

S02 A-590

1,280

1,290 CABINET

LT11 - EXT RECESSED WALL / STEP LIGHT S01 A-590

GPO AP01

ELEVATION - ENSUITE TYPE 02 SCALE: 1:20

ELEVATION - CUTLERY ENSUITE TYPE 02 FX30

A-531

AP01

SCALE: 1:20

DRAWER

FX30

DRAWER

CT GPO DRAWER

FX31

DRAWER

VENEER GRAIN

TV01

350

FX31 FX34

FX33

FX34

AP04 FX33

FX33

DRAWER

FX33

DRAWER

PA01

DRAWER

FX33

DRAWER

FX33

DRAWER

FX33

210

TZ02 TZ02

PA01

FFL

755

FFL

TILED KICKER TO ALIGN WITH FLOOR SETOUT

TYPICAL 20MM RECESSED SHADOWLINE TO WALLS

TZ01

3,400

B 1

PLAN - KITCHEN TYPE 01

A-500

718

748

UTENSILS DRAWER

DRAWER

RN01

950

A A-531

250 50

BENCHTOP

ELEVATION - KITCHEN TYPE 01

A-500

SCALE: 1:20

970

1,965 EQ

CL FCL

FCL

ADJ.

RN01

ADJ.

S03 A-590

S02 A-590

S01 A-590

GL02

PA01 S01 A-590

GL02

TZ01

S03 A-590

1,290

FX08 ADJ.

ADJ.

2,550 RN01

FX10

TZ02

FX41

FX16

TV01

VENEER GRAIN

400

1,200 DADO

TV01

LT04

BASE OF LIGHT

600 FX25 VENEER GRAIN

INNER DRW

210

TZ02 SCALE: 1:20

TZ02

GPO DW DRAWER

DRAWER

VENEER GRAIN

PA01

TZ02

PA01

A-531

900

FX32

ELEVATION - ENSUITE TYPE 02

950

DRW

JOIN LINE

1:20INNER

TV01

PA01

FX01

JOIN LINE

250 50 350

A-531

FFL

TZ02

FX03

AP06

ELEVATION - ENSUITEDRAWER TYPE 02 FX05

VENEER GRAIN SCALE:

TZ02

HW03

FX27

MITRED CORNERS TO ALL STONE

FX03

TZ02

HW03

TILE SETOUT TZ02

GPO

TZ02

UNIT 4

195

MITRED CORNERS TO ALL STONE

1,650

FX01 *FX01a FOR UNIT 2

FX17

TZ02

ENSUITE - TYPE 02 1,650

TV01

FINGER PULL ACCESS

300 JOIN LINE

600 GPO

JOIN LINE

TILE SETOUT

FFL

950

FX18 FX19

TZ02

LT04 FX42

FFL

RN01

FX11

FX25

900 FX24

TZ01

BASE OF LIGHT

FLANGELESS LINEAR BAR GRILLE. REFER MECH ENG'S PULL DETAIL / SPEC FINGER ACCESS

RN01

150

FX24

RN01

TZ01

GPO

2,000 FX08

RN01

40 RN01

975 FX11

RN01

ADJ.

GPO

350

700 FX24

2,550

ADJ.

FCL

900 FX18

FX24

714

FX33

A-500

ELEVATION - KITCHEN TYPE 01

DATE: DWG:

18/01/201

A-531

STEEL FRAME PANEL W/TEXTURED GLASS

SCALE: 1:20 FCL

210

190

195

ENSUITE TYPE 02

ADDRESS: 37-39 DOCKER ST, ELWOOD VIC 3184

FX01a FX33

A-500 FX06 SCALE:FX07 1:20

SCALE @ A1: AS SHOW TITLE:

CLIENT: ELWOOD DOCKER ST PTY LTD

FX05

FX45

FX37

1,300 ELEVATION20 - KITCHENSHOWER TYPE 01 SCREEN

FX37

600

PROJECT: NEW DEVELOPMENT

FOR CONSTRUCTION

FX35 FX37

FX37 2,054

1,890

GL02

GL01

PC02

TZ01

FX20 FX37

600

PROVIDE ELECTRICAL AND WATER CONNECTION

TZ01

TZ02 TZ01

FX08

FX20

FX43

FOR CONSTRUCT

FX26

225 20

ROBE TYPE 06

SUITE 1, LEVEL 1, 67 INKERMAN ST, ST KILDA, VIC 3182 AUSTRALIA P +613 9534 4411 EMAIL info@jostarchitects.com WEB www.jostarchitects.com.au ABN 80617602445

TZ01

S18 A-591

1,280

BY DATE NOTE CG 28/06/18 ISSUED FOR BUILDING PERMIT

1,290 CABINET

REV B1

600 NICHE

1,000

FX08

560

TZ02

NIC

TILE SETOUT

CH NI

FX17 1,080

RAMP UP CARPET TO THRESHOLD TO ACHIEVE FALL

FX11

1:100 FALL

FX41

SHOWER SCREEN FFL

600 TILE SETOUT

195 TILE SETOUT

ENSUITE A

TYPE 02

970

FX42

FX24

ELEVATION - ENSUITE TYPE 02 SCALE: 1:20

ELEVA

A-531

SCALE: 1

575

FX24

FX10

A-531 1,030

435

FLOOR WASTE BELOW VANITY ON WALL

TZ02

CL 20

850

765

400 FX10

2,054

1 A-531

PLAN - ENSUITE TYPE 02 SCALE: 1:20 20

FCL

970

3,990

FX18 FX19

TZ01

FX16

990

1,150

FX25 1,965

1,200 DADO

FX43

FX26

1,600 FX26

TZ02

AP19

1,600 FX26

TZ01

300 FX26 1,069

FX26 FX18 FX17 FX19

2,550

TZ02

S14

RN01

PA01

passivhaus

Passive House Verification

Passive House Verification Building: 13M

Photo or Drawing

Building: TOWNHOUSE

Photo or Drawing

Street: 13 MAY GROVE

Street: 32 TOBRUK CRESCENT Postcode/City: 3016

South Yarra

Postcode/City:

AUSTRALIA

Province/Country: VIC Building type: RESIDENTIAL

Climate data set: AU0001a-Melbourne

Climate zone: 5: Warm

Altitude of location:

Climate zone: 5: Warm

10.3 m

Home owner / Client:

Street:

Postcode/City:

Street:

Postcode/City:

Province/Country:

Energy consultancy:

Street: Postcode/City:

Province/Country:

Province/Country: 2019

Year of construction: No. of occupants:

Postcode/City: 3141

Heating demand kWh/(m²a) Heating load W/m²

Space cooling

Cooling & dehum. demand kWh/(m²a) Cooling load W/m² Frequency of overheating (> 25 °C) %

Frequency of excessively high humidity (> 12 g/kg) % Airtightness

Primary Energy Renewable (PER)

Interior temp. summer [°C]:

25.0

Year of construction:

2.4

IHG cooling case [W/m²]:

2.9

No. of dwelling units:

Specific capacity [Wh/K per m² TFA]:

20.0 60

Mechanical cooling:

Province/Country:

2019

Interior temp. summer [°C]:

25.0

Internal heat gains (IHG) heating case [W/m ]:

2.7

IHG cooling case [W/m²]:

6.8

Specific capacity [Wh/K per m² TFA]:

Criteria

Alternative criteria

≤

Mechanical cooling:

2 0

≤

yes yes yes

PER demand kWh/(m²a)

≤

122

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. Task: First name: Surname:

Cooling & dehum. demand kWh/(m²a) Cooling load W/m² Frequency of overheating (> 25 °C) %

Frequency of excessively high humidity (> 12 g/kg) % Airtightness

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE)

Generation of renewable energy (in relation to pro-jected kWh/(m²a) building footprint area)

81.9

yes

Passive House Premium?

≤

8 0

≤

Signature:

≤

yes yes yes

0.6

≤

0.6

152

≤

≥

EnerPHit Verification

Building: 118H Street: 118 Hope st

Altitude of location:

Year of construction: No. of dwelling units: No. of occupants:

Postcode/City: 3141

Treated floor area m² Heating demand kWh/(m²a) Heating load W/m² Space cooling

Cooling & dehum. demand kWh/(m²a) Cooling load W/m² Frequency of overheating (> 25 °C) %

Frequency of excessively high humidity (> 12 g/kg) % Airtightness

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE) PHPP, Verification Primary Energy Renewable (PER)

PE demand kWh/(m²a) PER demand kWh/(m²a)

Generation of renewable energy (in relation to pro-jected kWh/(m²a) building footprint area)

Postcode/City: AUSTRALIA

Province/Country:

AUSTRALIA

Province/Country:

Certification:

Street: 1/79 TOORAK RD

Street:

Postcode/City: 3141 Interior temp. summer [°C]:

25.0

Year of construction:

Internal heat gains (IHG) heating case [W/m2]:

2.5

IHG cooling case [W/m²]:

4.3

No. of dwelling units:

Specific capacity [Wh/K per m² TFA]:

20.0 60

Mechanical cooling:

No. of occupants:

Street:

SOUTH YARRA

Province/Country: VIC

Specific building characteristics with reference to the treated floor area

Space heating

SOUTH YARRA

Province/Country: VIC

Province/Country: Interior temperature winter [°C]:

Street:

Energy consultancy: TALLIS ARCHITECTURE

Postcode/City:

2019

Interior temp. summer [°C]:

25.0

Internal heat gains (IHG) heating case [W/m2]:

2.6

IHG cooling case [W/m²]:

4.9

Specific capacity [Wh/K per m² TFA]:

Mechanical cooling:

Interior temperature winter [°C]:

1 2.4

Criteria

Alternative criteria

10 9

≤

9 0

≤

0.6

≤

0.6

≤

44 12

≤ ≥

yes yes yes yes -

13M_PHPP_REV 3.xlsx

yes

City:

Treated floor area m²

Fullfilled?

Empty field: Data missing; '-': No requirement

Passive House Classic?

yes Signature:

Space heating

Heating demand kWh/(m²a) Heating load W/m²

Space cooling

Cooling & dehum. demand kWh/(m²a) Cooling load W/m² Frequency of overheating (> 25 °C) %

Frequency of excessively high humidity (> 12 g/kg) % Airtightness

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE) PHPP, Verification Primary Energy Renewable (PER)

PE demand kWh/(m²a) PER demand kWh/(m²a)

Generation of renewable energy (in relation to pro-jected kWh/(m²a) building footprint area)

20.0

The PHPP has not been filled completely; it is not valid as verification

Specific building characteristics with reference to the treated floor area

141.2

AUSTRALIA

Mechanical engineer:

Street: 1/79 TOORAK RD

Certification:

2.9

SOUTH YARRA

Province/Country: VIC Architecture: TALLIS ARCHITECTURE

Postcode/City:

2019

16.5 m

Street: 13 MAY GROVE Postcode/City: 3141

Province/Country:

AUSTRALIA

Altitude of location:

Home owner / Client: BETTINA TERRY

Street:

SOUTH YARRA

AUSTRALIA

Climate zone: 5: Warm

4.3 m

Mechanical engineer:

Street: 1/79 TOORAK RD

SOUTH YARRA

Climate data set: AU0001a-Melbourne

Province/Country:

Postcode/City: 3141

no Signature:

Province/Country: VIC

Street:

Province/Country: VIC

Empty field: Data missing; '-': No requirement

Passive House Classic?

Building type: RESIDENTIAL

Climate zone: 5: Warm

AUSTRALIA

Postcode/City: 3141 AUSTRALIA

Postcode/City:

SOUTH YARRA

yes

City:

Photo or Drawing WILLIAMSTOWN

Home owner / Client:

Postcode/City: 3141

Issued on:

Climate data set: AU0001a-Melbourne

Energy consultancy: TALLIS ARCHITECTURE

Building type: RESIDENTIAL

Street: 1/79 TOORAK RD

≤

Street: 32a TOBRUK CRESCENT Province/Country: VIC

Architecture: TALLIS ARCHITECTURE

Fullfilled?

≤

Building: TOWNHOUSE Postcode/City: 3016

Alternative criteria

Criteria

23 16

Empty field: Data missing; '-': No requirement

City:

Photo or Drawing

PE demand kWh/(m²a) PER demand kWh/(m²a)

Primary Energy Renewable (PER)

yes 2

Issued on:

Space cooling

120

Heating demand kWh/(m²a) Heating load W/m²

0.6

≥

Space heating

yes

≤

157

Treated floor area m²

Fullfilled?

≤

Province/Country: VIC

20.0

Interior temperature winter [°C]:

1 2.1

Specific building characteristics with reference to the treated floor area

3 6

178.3

Passive House Verification

Street: Postcode/City: AUSTRALIA

No. of occupants:

0.6

Generation of renewable energy (in relation to pro-jected kWh/(m²a) building footprint area)

Certification:

SOUTH YARRA

Province/Country: VIC

PE demand kWh/(m²a)

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE)

Province/Country:

Street: 1/79 TOORAK RD Postcode/City: 3141

Treated floor area m²

Postcode/City: AUSTRALIA

Energy consultancy: TALLIS ARCHITECTURE

Specific building characteristics with reference to the treated floor area

Space heating

Street:

SOUTH YARRA

Province/Country: VIC

Internal heat gains (IHG) heating case [W/m ]:

3.0

Mechanical engineer:

Street: 1/79 TOORAK RD

Interior temperature winter [°C]:

No. of dwelling units:

4.3 m

Province/Country: Architecture: TALLIS ARCHITECTURE

Certification:

Street: Postcode/City:

Altitude of location:

Postcode/City:

Province/Country: Mechanical engineer:

Street:

AUSTRALIA

Building type: RESIDENTIAL

Climate data set: AU0001a-Melbourne

Architecture:

WILLIAMSTOWN

Province/Country: VIC

22 16

Criteria

Alternative criteria

≤

14 22 0

≤

3.0

≤

1.0

179

≤

142

100.4

yes no no

≤

≥

Fullfilled?

City:

32T_PHPP_REV 1.xlsx

EnerPHit Classic?

no Signature:

Compressor - cooling units

Heating degree hours - External Heating degree hours - Ground

JUL 5.8 5.6

AUG 4.4 4.2

SEP 2.7 2.4

OCT 1.5 1.2

NOV 0.4 0.1

DEC -0.8 -1.1

JAN -1.7 -1.9

FEB -1.7 -1.9

MAR -0.7 -0.9

APR 1.2 1.0

MAY 3.4 3.2

JUN 5.1 4.9

Year 20 17

kKh kKh

Losses - Exterior

1477

1119

690

373

-214

-431

-420

-183

299

863

1300

4970

kWh

Losses - Ground

Sum spec. losses

3.7

2.8

1.8

0.9

0.2

-0.5

-1.1

-0.5

0.8

2.2

3.3

12.6

kWh/m²

Solar gains - North

254

342

413

506

585

639

625

490

440

362

271

222

5147

kWh

Solar gains - East

855

957

917

873

783

764

796

744

875

916

880

780

10140

kWh

Solar gains - South

448

490

478

446

375

399

419

389

473

471

463

404

5255

kWh

Solar gains - West

168

226

304

378

423

511

501

383

349

250

184

138

3814

kWh

Solar gains - Opaque

115

135

141

158

159

127

122

1367

kWh

Internal heat gains

653

589

653

632

653

632

653

632

653

632

653

7684

kWh

Sum spec. gains solar + internal Utilisation factor

6.2 59%

6.8 41%

7.3 24%

7.5 13%

7.5 3%

7.9 100%

8.0 100%

7.1 100%

7.3 100%

7.0 11%

6.4 34%

5.7 57%

84.8 15%

kWh/m²

Solar gains - Horiz.

ENERGY FOR HEATING

Annual heating demand

kWh

Spec. heating demand

0.0

0.1

kWh/m²

Spec. heating demand

Sum spec. gains solar + internal

PHPP KELLYVILLE / Climate: Sydney / TFA: 394 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 18.4 kWh/(m²a)

Humidity loads and humidity removal Internal humidity sources Infiltration/Window/Extract air system Supply air ventilation system Summer ventilation window

JUL 0.7 -0.4 -3.5 0.0

AUG 0.6 -0.4 -3.1 0.0

SEP 0.7 -0.4 -2.9 -0.1

OCT 0.6 -0.3 -2.2 -1.8

NOV 0.7 -0.2 -1.4 -2.2

DEC 0.6 -0.1 -0.6 -2.6

JAN 0.7 0.0 -0.1 -1.0

FEB 0.7 0.0 0.2 1.3

MAR 0.6 0.0 -0.3 -1.1

APR 0.7 -0.2 -1.3 -0.9

MAY 0.6 -0.3 -2.3 0.0

JUN 0.7 -0.4 -3.1 0.0

Year 8 -3 -21 -8

kWh/m² kWh/m² kWh/m² kWh/m²

Summer ventilation mechanically

0.0

kWh/m²

0.0 0.0 0.0 0.0 0.0 0.0 0.3

2.3 0.0 0.0 0.0 0.0 0.0 2.3

0.0 0.0 0.0 0.0 0.0 0.0 0.0

2 0 0 0 0 0 3

kWh/m² kWh/m² kWh/m² kWh/m²

COOLING & DEHUMIDIFICATION

Total humidity load Dehumidification by supply air cooling Dehumidification by circulation cooling Additional dehumidification Total dehumidification Unnecessary dehumidification Missing dehumidification

0.0 0.0 0.0 0.0 0.0 0.0 0.0

Sum spec. losses

Specific losses and gains heating balance [kWh/(m²month)]

10 8

Dehumidification by supply air cooling

Supply air ventilation system

Dehumidification by circulation cooling

Infiltration/Window/Extract air system

Additional dehumidification

Summer ventilation window

Unnecessary dehumidification

Summer ventilation mechanically

Missing dehumidification

5 4.5

Humidity loads (left) Dehumidification energy (right) [kWh/(m² month)]

6 4 2 0

JUL

AUG

SEP

OCT

NOV

DEC

JAN

FEB

MAR

APR

MAY

JUN

-2

Due to the climate, heating is not required (grey). Solar and internal heat gains peak in the summer months (yellow) from users as well as solar penetration through the envelope openings. Specific losses (blue) areComparison higher in the winter months and reduce in summer due to solar eave protection of the Annual heating demand: Monthly method kWh/a kWh/(m²a) reference to treated floor area according to PHPP 33 0.1 envelope openings.

4 3.5 3 2.5 2 1.5 1 0.5 0

('Heating')

Annual method

386 #REF!

('Annual heating')

1.0 #REF!

kWh/a kWh/a

kWh/(m²a) reference to treated floor area according to PHPP

JUL

AUG

SEP

OCT

NOV

DEC

JAN

Photo or Drawing

Passive House Verification

Postcode/City: 2155

Climate zone: 5: Warm

Building type: RESIDENTIAL

Street: Postcode/City: Province/Country:

Street:

Architecture:

Postcode/City: Province/Country:

Postcode/City:

No. of occupants: Interior temp. summer [°C]:

25.0

Internal heat gains (IHG) heating case [W/m ]:

2.2

IHG cooling case [W/m²]:

2.2

Specific capacity [Wh/K per m² TFA]:

Space heating

Heating load W/m² Cooling & dehum. demand kWh/(m²a) Cooling load W/m² Frequency of overheating (> 25 °C) % Frequency of excessively high humidity (> 12 g/kg) %

pAirtightness 6

Criteria

0 -

Heating demand kWh/(m²a)

Pressurization test result n 50 1/h

Summer ventilation

POTENTIAL SCENARIOS

≤

7 11

≤

0.6

≤

0.6

Non-renewable Primary Energy (PE) PE demand kWh/(m²a) ≤ 39 PHPP KELLYVILLE / Climate: Sydney / TFA: 394 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 18.4 kWh/(m²a)

PER demand kWh/(m²a) Primary Energy Generation of renewable Building volume: 1064 m³ Renewable (PER) energy (in relation to pro-jected kWh/(m²a) Max. indoor absolute building humidity:footprint area) 12 g/kg Internal humidity sources: 100 g/(P*h)

≤

BASELINE

≥

parison of the following scenarios. 0.33

Air change rate via vent. system with supply air:

1/h

0% 0% 2

Reduction of W106 width from 5,530mm to 2,000mm Summer ventilation Reduction of W107 width from 4,280mm to 1,500mm Reduction of D104 width from 5,420mm to 2,400mm Ventilation conductance D104 from stacked sliding to hinged double door V n Building volume: 1061 m³ m³ 1/h Deletion of W108 12 g/kg * exterior H Max. indoor absolute humidity: 1064 0.330 Internal humidity sources: 100 g/(P*h) without 1064 * 0.330 Deletion ofHRW109 V

1064 1064 7.0% 1064

ground HV,g Results cooling withoutpassive HR Frequency overheating: Infiltration, window, extractofair system max. humidity:

15.5

Additional summer for cooling Frequencyventilation of exceeded humidity: 11.0%

* *

0.000 0.000

at*the overheating limit Jmax 0.042

* * * * = 25* °C

g/kg

)= = )= =

Building type: RESIDENTIAL cAir Heat recovery efficiency: 0% Wh/(m³K) Humidity 0% 0.33 recovery efficiency: = 115.8 0% 115.8 0.33 = 0.0 Results 0.33 = active cooling0.0 Useful cooling demand: 2.1 0.33 = 14.7

Subsoil0.33 heat exchanger efficiency: =

Dehumidification demand: Frequency of exceeded humidity:

2.5 15.4%

W/K W/K W/K W/K W/K kWh/(m²a) kWh/(m²a)

Reduction of window area toadequate the22.0western air quality °C elevations reduces solar gain however humidity increases due Passive House with PHPP Version 9.6a Summer ventilation to a reduction in cross ventilation. Window night ventilation, manual Building volume: Mechanical, automatically Max. indoor absolute humidity:

Controlled Deletion ofventilation W102 Internal humidity sources: Air change rate via extract air system: Results passive cooling PHPP, Verification Frequency of overheating: Window ventilation air change rate: max. humidity:

1061

m³

12 100

g/kg g/(P*h) 1/h

7.5% 0.00 15.6 10.9%

Frequency of exceeded humidity:

Deletion W102 increases Summer basicofventilation to ensure

HRV/ERV in summer (check only one field) None Night ventilation valuecontrolled6.60 1/h difference Automatic bypass, by temperature Building type: RESIDENTIAL Automatic bypass, controlled by enthalpy difference x Heat recovery 0% Controlled by (please check) Corresponding air change rate 1/h efficiency: Always during operation, in addition to basic air changerecovery efficiency: Temperature diff. Humidity 0% Specific power consumption Wh/m³ Humidity diff. x Subsoil heat exchanger efficiency: 0%

Specific power consumption (for extract air system) 0.20 Results active cooling at the overheating limit Jmax = 25 °C Useful cooling demand: 2.4 1/h Dehumidification demand: 2.6 g/kg Frequency of exceeded humidity: 15.1%

overheating due to a reduction in cross ventilation. air quality 1/h

n V,system adequate

L,g

Summer ventilation Ventilation conductance Shade W106 to Sydney 5% / TFA: 393 m² / PHPP KELLYVILLE / Climate: exterior Hvia extract to Shade W105a 5% Air change rate air system: without HR Building volume: Shade W105b to 5% ground H withoutMax. HR indoor absolute humidity: Shade W105c to 5% WindowInfiltration, ventilationwindow, air change rate: Internal humidity sources: extract air system

0.330 0.330 0.33 0.330 0.330

h*SHX

*(1*(11/h * *

0% 0% 0% 0%

hHR

)*(1) *(1-

0.00 0.00

Wh/m³

1901_PHPP_REV 3.xlsx kWh/(m²a)

≤

kWh/(m²a)

1/h

)= 0.330 = 0.330 HRV/ERV in summer (check only one field) )= 0.000 = None 0.000

Automatic bypass, controlled by temperature difference Automatic bypass, controlled by enthalpy difference Always

m³

1061 1061 1061 1061 12 1061 0.00 100 1061 7.0% n V,system 15.5 1/h 22.0 0.330 10.9%

1/h *

m³ * g/kg * 1/h g/(P*h) *

1/h

Passive House with PHPP Version 9.6a x

Wh/(m³K)

0.330 * 0.33 = 115.5 Building type: RESIDENTIAL 0.330 Specific power * 0.33(for extract air system) = 115.5 consumption 0.20 Heat recovery efficiency: 0% 0.000 * 0.33 = 0.0 Humidity 0% 0.000 * 0.33 recovery efficiency: = 0.0 Subsoil0.33 heat exchanger efficiency: 0% 0.042 * = 14.7

at the overheating limit Jmax = 25 °C h*SHX

g/kg

°C *(10% 0.330 *(10% 0.330 * 0% 0.330western * elevations 0% on the adequate air quality

)*(1) *(1-

Results active cooling 2.1 hHRUseful cooling demand: n V,equi,fraction Dehumidification demand: 2.4 1/h 0.00of exceeded humidity: )= 0.330 Frequency 15.5%

0.00

W/K W/K Wh/m³ W/K W/K W/K

kWh/(m²a) kWh/(m²a)

= 0.330 )= 0.000 = 0.000 decreases internal

Shading selected windows to 5% permeability temperaWindow night ventilation, solar manual gain however restricts air Night value 5.84 months 1/h tures by reducing flowventilation in the summer causing an increase in Ventilation conductance - Air change rate via vent. system with supply air: V n c 0.33 1/h HRV/ERV in summer (check only one field) Corresponding air change reduction rate 1/h Controlled (please check) average exceeded humidity despite maintaining an in cooling and dehumidification. m³ 1/h overall Wh/(m³K) Passive House withby PHPP Version 9.6a None Mechanical, automatically during operation, in addition to basic air change Temperature diff. Summer ventilation exterior H 1061 * 0.330 * controlled0.33 = 115.5 W/K Automatic bypass, by temperature difference Controlled ventilation Specific power consumption Wh/m³ Humidity diff. x V

V,equi,fraction

Air

V,e

controlled x without HR 1061 * 0.330 Automatic bypass, * 0.33by enthalpy difference = 115.5 W/K PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a) ground HV,g 1061 * 0.000 * 0.33 =Always 0.0 W/K without HR 1061 * 0.000 * 0.33 = 0.0 W/K Building type: RESIDENTIAL Infiltration, window, extract air system 1061 * 0.042 * 0.33 = 14.7 W/K Air change rate via extract air system: 1/h Building volume: 1061 m³ Heat recovery efficiency: 0% Specific power consumption (for extract air system) 0.20 Wh/m³ Max. indoor absolute humidity: 12 g/kg Humidity recovery efficiency: 0% Additional summer ventilation for cooling Internal humidity sources: 100 g/(P*h) Subsoil heat exchanger efficiency: 0% Additional ventilation regulation Window ventilation air change rate: 0.00 1/h Minimum acceptable indoor temp. 22.0 °C Results passive cooling Results active cooling at the overheating limit Jmax = 25 °C Frequency of overheating: 7.5% Useful cooling demand: 2.3 kWh/(m²a) Type of additional ventilation Effective air change rate max. humidity: 15.5 Dehumidification demand: 2.5 g/kg kWh/(m²a) n V,system h*SHX hHR n V,equi,fraction Frequency of exceeded humidity: 10.9% Frequency of exceeded humidity: 15.2% 1/h 1/h PHPP, SummVent 1901_PHPP_REV 3.xlsx Window Night ventilation value 6.61 1/h ) = Exterior nnight 0.330 *(10% )*(10.00 0.330 V,e ventilation, manual without HR 0.330 *(10% ) = 0.330 SummerGround basic ventilation to ensure adequate air quality Corresponding air change rate 1/h Controlled by (please check) n L,g 0.330 * 0% *(10.00 )= 0.000 Mechanical, during operation, in addition to basic air change Temperature without HRautomatically 0.330 * 0% = 0.000 diff. Controlled ventilation Specific power consumption Wh/m³ Humidity diff. x Air change rate via vent. system with supply air: 0.33 1/h HRV/ERV in summer (check only one field) Ventilation conductance None VV n V,equi,fraction cAir by temperature difference m³ 1/hAutomatic bypass, controlledWh/(m³K) controlled x exterior HV,e 1061 * 0.330 Automatic bypass, * 0.33by enthalpy difference = 115.5 W/K Always without HR 1061 * 0.330 * 0.33 = 115.5 W/K ground HV,g 1061 * 0.000 * 0.33 = 0.0 W/K without HRextract air system: 1061 0.000 * 0.33 = 0.0 W/K Air change rate via 1/h * Infiltration, window, extract air system 1061 * 0.042 Specific power * 0.33 (for extract air = 14.7 W/K consumption system) 0.20 Wh/m³

Shade W103 to 5% Shade W104 to 5%

Shading selected windows on the western elevations slightly increase overheating and average exceeded humidity by reducing air flow however slightly reduces overall cooling and dehumidification demand.

Additional summer ventilation for cooling

0.00

1/h

yes 1901_PHPP_REV 3.xlsx yes yes

JUN

MAY

APR

MAR

FEB

≤

0.6

yes

≤

120

PER demand kWh/(m²a)

≤

pyes 7

≥

Generation of renewable energy (in relation to pro-jected kWh/(m²a) building footprint area)

Passive House with PHPP Version 9.6a 2

Empty field: Data missing; '-': No requirement

7.3% 15.7 10.9%

Humidity recovery efficiency: City: Subsoil heat exchanger efficiency:

at the overheating limit Jmax = 25 °C g/kg

yes Signature:

0% 0%

Results active cooling Useful cooling demand: 2.5 Dehumidification demand: 2.6 Frequency of exceeded humidity: 15.1%

kWh/(m²a) kWh/(m²a)

Summer basic ventilation ensure adequate quality Increasing the livingtowindows on theairground

floor reduce overheating by increasing cross ventilation however it also slightly increases peak humidity and cooling requirements due to additional interaction Air change rate via vent. system with supply air: 0.33 1/h HRV/ERV in summer (check only one Passive House with field) PHPP Version 9.6a None with external humidity. Summer ventilation

Automatic bypass, controlled by temperature difference PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 8 % / PER: 2.3controlled kWh/(m²a)by enthalpy difference Automatic bypass, x Always Building type: RESIDENTIAL

Building volume: Air change rate via extract air system: Max. indoor absolute humidity:

1061 12

m³ 1/h g/kg

WindowResults ventilation air change rate: passive cooling Frequency of overheating: max. humidity: Effective air change rate Frequency of exceeded humidity:

0.00

1/h

Heat recovery efficiency:

Humidity recovery efficiency:

0% 0.20 0%

The addition of levels however

7.6% 15.7 n10.9% V,system

at the overheating limit Jmax = 25 °C g/kg h*SHX

1/h

Results active cooling Useful cooling demand: 2.5 Dehumidification demand: 2.6 Frequency 14.9% hHR of exceeded humidity: n V,equi,fraction

Wh/m³

kWh/(m²a) kWh/(m²a)

1/h

0.330 *(10% )*(10.00 )= 0.330 air quality a window toadequate the0.330 western elevation0%of bed 5) slightly increases =overheating *(10.330 and 0.330 * 0% *(10.00 )= 0.000 greatly improves the immediate comfort of the room in the summer months. 0.330 * 0% = 0.000

Exterior n V,e Summer basic ventilation to ensure without HR Ground n L,g without HR Air change rate via vent. system with supply air: Ventilation conductance

0.33

humidity

HRV/ERV in summer (check only one field) None VV n V,equi,fraction Automatic bypass, controlled cby Air temperature difference m³ 1/h Wh/(m³K) Automatic bypass, controlled by enthalpy difference x exterior HV,e 1061 * 0.330 * 0.33 =Always Passive 115.5 W/K House with PHPP Version 9.6a without HR 1061 * 0.330 * 0.33 = 115.5 W/K ground HV,g 1061 * 0.000 * 0.33 = 0.0 W/K Air change rate via extract air system: 1/h PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a) without HR 1061 * 0.000 Specific power * 0.33 (for extract air = 0.0 W/K consumption system) 0.20 Wh/m³ Infiltration, window, extract air system 1061 * 0.042 * 0.33 = 14.7 W/K Building type: RESIDENTIAL

1/h

Summer Deletion ventilation of W005a Deletion of W005c Deletion of W006a Building volume: 1061 Additional summer ventilation for cooling Window ventilation change rate: 0.00 Deletion of airW006b Max. indoor absolute humidity: 12 Additional ventilation regulation Deletion of W006c Internal humidity sources: 100 Effective air change rate Minimum acceptable indoor temp.

Results passive cooling Type of additional ventilation Exterior n V,e Frequency of overheating: without HR max. humidity: PHPP, Verification Ground Frequency nnight Window ventilation, manualhumidity: L,g of exceeded without HR

22.0

n V,system

m³ 1/h g/kg g/(P*h) °C

1/h

7.0% 0.330 0.330 15.9 0.330 10.9% 0.330

Heat recovery efficiency: Humidity recovery efficiency: Subsoil heat exchanger efficiency: h*SHX

hHR

at the overheating °C *(10%limit Jmax = 25 )*(1-

*(1g/kg * *

Corresponding air change rate during operation, in addition to basic air change n V,equi,fraction cAir Specific power consumption

0% 0% 0%

n V,equi,fraction Results active cooling1/h 2.4 0.330 0.330 2.6 0.000 15.2%

Useful cooling demand: 0.00 )= 0% ) = Dehumidification demand: 0% 0.00 )= Night ventilation*(1value Frequency 6.61 of exceeded 1/h humidity: 0% =

Ventilation conductance Mechanical, automatically to ensure adequate air quality Summer basic Deletion ofventilation selected ground floor windows provides

1/h

kWh/(m²a) kWh/(m²a) 1901_PHPP_REV 3.xlsx

0.000

Controlled by (please check) Temperature diff. Humidity diff. x

good reduction in overheating however increases V Controlled ventilation Wh/m³ m³ 1/h Wh/(m³K) peakexterior andH frequency of humidity1061 due to reduction in cross flow ventilation. * 0.330 * 0.33 = 115.5 W/K V

n V,equi,fraction

VV n V,equi,fraction cAir Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a)

Results passive cooling Additional summer ventilation for cooling Effective air change rate

Window ventilation air change rate:

≤

Fullfilled?

0.6

Results passive cooling Frequency of overheating: max. humidity: Frequency of exceeded humidity:

1/h

Type of additional ventilation Air KELLYVILLE change rate via vent. system with/ supply air: m² / Heating: 0.33 0.1 kWh/(m²a) 1/h PHPP / Climate: Sydney TFA: 393 / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a)

Frequency of overheating: Additional ventilation regulationmax. humidity: Minimumnacceptable indoor temp. Exterior Frequency of exceeded humidity: V,e without HR Type ofGround additional ventilation n L,g without HR Summer basic ventilation to ensure

7 11

Increase of W009 width from 900mm to 1,400mm Max. indoor absolute humidity: 12 g/kg Issued on: Increase of W010 width from 900mm tog/(P*h) 1,400mm Internal humidity sources: 100

0.330 Passive House with PHPP Version 9.6a 0.330 0.000 0.000

Additional ventilation regulation -Summer basic ventilation to ensure Minimum acceptable indoor temp.

V,g

PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a) I confirm that the values given herein have been determined following the PHPP methodology and based on the characteristic values of Passive House Classic? the building. The PHPP calculations are attached to this verification. Building type: RESIDENTIAL Task: First name: Surname: Building volume: 1061 m³ Heat recovery efficiency: 0%

n V,equi,fraction

hHR

V,equi,fraction

V,e

0% Empty field: Data missing; '-': No requirement

City:

h*SHX

1/h

without HR

≤

Summer ventilation

of the proposed building composition - this data is for com-

Exterior n V,e 0.330 *(10% )*(10.00 without HR 0.330 *(10% ) Ground n L,g 0.330 * 0% *(10.00 PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a) without HR 0.330 0.1 kWh/(m²a) * 0%

Primary Energy Renewable (PER)

≤

PE demand kWh/(m²a)

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE)

yes

Building type: RESIDENTIAL

HRV/ERV in summer (check only one field) None Automatic bypass, controlled by temperature difference Automatic bypass, controlled by enthalpy difference x Always

n V,system

Airtightness

Alternative criteria

Criteria

0 -

Specific power consumption (for extract air system) Provide additional window BED 5 (900mm to 1,400mm) Internal humidity sources: to NE 100wall of g/(P*h) Subsoil heat exchanger efficiency:

1Effective air change rate

Exterior n V,e without HR Air change rate via vent. system with supply air: Ground n

Frequency of excessively high humidity (> 12 g/kg) %

yes yes

For visual a is placed1/hadjacent to the figure where it is a positive influence and a Air change rate viainterpretation extract air system: Specific power consumption (for extract air system) for a negative influence. The ultimate selection of scenarios or their combinations will 0.20 further Wh/m³ alter the final result in a compounding effect. Window ventilation air change rate: 0.00 1/h

Effective air change rate

Cooling load W/m²

A series of potential scenarios have been identified. Using the results of both passive and active cooling criteria, the outcomes are displayed as they effect overheating, humidity, and dehumidification.

Cooling & dehum. demand kWh/(m²a)

Frequency of overheating (> 25 °C) %

Heat recovery efficiency: Humidity recovery efficiency:

Issued on:

Space cooling

yes

Results passive cooling Results active cooling I confirm that the values given herein have been determined PHPP methodology on the characteristic ofdemand: at the overheating limit Jand Frequency of overheating: 7.4% following the = 25 °C Usefulvalues cooling 2.4Classic?kWh/(m²a) max based Passive House yes the building. The PHPP calculations attached to this15.6 verification. max.are humidity: Dehumidification demand: 2.6 g/kg kWh/(m²a) Task: First name: Surname: Signature: Frequency of exceeded humidity: 10.9% Frequency of exceeded humidity: 15.1%

The baseline data istoprovided from the PHPP Summer basic ventilation ensure adequate air quality

Heating load W/m²

yes 9.6a Passive House with PHPP Version

Subsoil heat exchanger efficiency:

393.9

Heating demand kWh/(m²a)

Fullfilled?2

120 -

2.2

Mechanical cooling:

Treated floor area m² PHPP, Cooling units

Alternative criteria

IHG cooling case [W/m²]:

Specific building characteristics with reference to the treated floor area

Space heating

393.9

25.0

2.2

Specific capacity [Wh/K per m² TFA]:

5.0

Mechanical cooling:

Specific building characteristics with reference to the treated floor area

Treated floor area m²

Interior temp. summer [°C]:

Internal heat gains (IHG) heating case [W/m ]:

No. of dwelling units:

20.0

5.0

Street: Postcode/City:

Province/Country:

of construction: 2019 temperature winter [°C]: TheYear PHPP results conclude an average frequency Interior of overheating at 7%.20.0

Postcode/City:

JAN

Province/Country:

Province/Country: Interior temperature winter [°C]:

DEC

Street: Postcode/City:

NOV

Street:

OCT

Certification:

Province/Country:

Certification:

SEP

Postcode/City: Province/Country:

Street:

Space cooling

Postcode/City: Province/Country:

AUG

Postcode/City: Province/Country:

Street:

Postcode/City: Province/Country: Energy consultancy:

JUL

1901_PHPP_REV 3.xlsx

Street:

Energy consultancy:

Mechanical engineer:

Street:

Mechanical engineer:

Street:

73.84 m

Altitude of location:

Home owner / Client:

Climate data set: AU0011a-Sydney

Architecture:

AU-Australia

Building type: RESIDENTIAL AU-Australia

Basic ventilation (grey) supplied by heat recovery ventilation.Climate Manual operation (green) is73.84 m zone: 5:window Warm Altitude of location: required for the months displayed for cross ventilation. Home owner / Client:

No. of occupants:

JUN

Climate data set: AU0011a-Sydney

Province/Country: KELLYVILLE RIDGE

MAY

Province/Country: KELLYVILLE RIDGE

Street: 123 CONRAD RD Postcode/City: 2155

No. of dwelling units:

APR

Catastrophic Poor Acceptable Good Building: PHPP KELLYVILLE Excellent Street: 123 CONRAD RD

Building: PHPP KELLYVILLE

Photo or Drawing

2019

MAR

ASSESSMENT

>15% 10-15% 5-10% 2-5% 0-2%

Passive House Verification

Year of construction:

FEB

For each month, humidity loads (purple) are contrasted with dehumidification contributions. Humidity infiltrated from windows (dark green) as well as manual cross ventilation (light green) primarily provides a reduction in humidity levels except in February where it increases. This is the point (red) where excessively high humidity is founded (11%). To obtain Passive House Classic there are tolerances of up to 20% of excessively high humidity.

h>25 ° C

PHPP, Heating

kWh/m² kWh/m²

Internal humidity sources

V,e vent. system with supply air: Air change rate via without HR ground HV,g without HR Infiltration, window, extract air system

0.33

1061 1061 1061 1061

1/h

Summer ventilation See next pageventilation for cooling Additional summer Air change rate via extract air system:

* * * *

HRV/ERV in summer (check only one field) 115.5 W/K 0.0 W/K x 0.0 W/K 14.7 W/K Passive House with PHPP Version 9.6a

0.330 * 0.33 = None Automatic bypass, by temperature difference 0.000 * controlled0.33 = controlled 0.000 Automatic bypass, * 0.33by enthalpy difference = 0.042 * 0.33 =Always

1/h PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / power PER: 2.3 kWh/(m²a)(for extract air system) Specific consumption 0.20 Additional ventilation regulation Minimum acceptable indoor temp. 22.0 °C Building type: RESIDENTIAL Window ventilation air change rate: 0.00 1/h 1061 m³ Heat recovery efficiency: 0% Type of additional ventilation Building volume: 12 100

Max. indoor absolute humidity: Internal humidity sources: Effective air change rate Window night ventilation, manual

n V,system

Results passive cooling Exterior n V,e Frequency of overheating: Mechanical, without HRautomatically Controlled max. humidity: Ground n L,gventilation Frequency of exceeded humidity: without HR

0.330 7.0% 0.330 15.9 0.330 10.9% 0.330

g/kg g/(P*h)

1/h

Humidity recovery efficiency: Subsoil heat exchanger efficiency: ventilation value 6.61 1/h h*Night hHR SHX

Wh/m³

0% 0%

n V,equi,fraction

Results active cooling1/h Controlled by (please check) Corresponding rate 1/h *(10%limit Jair change )*(10.00 )= 0.330 at the overheating = 25 °C to basic air change Useful cooling demand: 2.4 max in addition Temperature *(1- during operation, 0% ) = 0.330 diff. kWh/(m²a) Specific Wh/m³ Humidity diff. kWh/(m²a)x Dehumidification demand: 2.6 0%power consumption *(10.00 )= 0.000 Frequency of exceeded humidity: 15.2% * 0% = 0.000

g/kg*

Ventilation conductance

Summer basicofventilation ensure adequate air quality n V,equi,fraction Deletion selectedtoground floorVVwindows provides good

c in overheating however increases reductionWh/(m³K) m³ 1/h * 0.330 * 0.33 = 115.5 W/K peakexterior andH frequency of humidity1061 due to reduction in cross flow ventilation. V,e

Air change rate via without HRvent. system with supply air: ground HV,g without HR Infiltration, window, extract air system

0.33 1061 1061 1061 1061

Additional summer ventilation for cooling

1/h *

* * *

Air change rate via extract air system: Additional ventilation regulation Minimum acceptable indoor temp.

22.0

°C

Window ventilation air change rate: Type of additional ventilation

0.00

1/h

Effective air change rate Window night ventilation, manual Exterior n V,e automatically Mechanical, without HR Controlled ventilation Ground n L,g without HR Ventilation conductance PHPP, SummVent exterior HV,e without HR ground HV,g without HR Infiltration, window, extract air system

1/h

*(1*(1* *

VV m³

1061 1061 1061 1061 1061

22.0

Night ventilation value 6.09 h*SHX hHR Corresponding air change rate 0% )*(1- to basic air0.00 during operation, in addition change 0%power consumption ) Specific

0% 0%

*(1-

n V,equi,fraction

* * * * *

Additional summer ventilation for cooling Additional ventilation regulation Minimum acceptable indoor temp.

Specific power consumption (for extract air system)

n V,system

0.330 0.330 0.330 0.330

Air

HRV/ERV field) 0.330 * 0.33 = in summer (check 115.5 only one W/K 0.000 * 0.33 = None 0.0 W/K Automatic bypass, controlled by temperature difference 0.000 Automatic bypass, * 0.33by enthalpy difference = 0.0 W/K controlled x 0.042 * 0.33 =Always 14.7 W/K

°C

1/h

0.330 0.330 0.000 0.000 0.042

0.00

1/h 1/h

Wh/m³=

)= =

0.20

Wh/m³

n V,equi,fraction 1/h Controlled by (please check) 0.330 diff. Temperature 0.330 Humidity diff. x

0.000 0.000

cAir

* * * * *

Wh/(m³K)

0.33 0.33 0.33 0.33 0.33

= = = = =

115.5 115.5 0.0 0.0 14.7

1901_PHPP_REV 3_5.xlsx W/K W/K W/K W/K W/K

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