PORTFOLIO 2019 by Al McDonald

AL MCDONALD PORTFOLIO

PORTFOLIO

NIGHTINGALE LORNE

NIGHTINGALE LORNE LORNE | VIC | AUSTRALIA | 2018 University of Melbourne | Nightingale Housing

June 19, 2019 11:45 AM

NO. 2 OF 46

PORTFOLIO

NIGHTINGALE LORNE

NO. 3 OF 46

PORTFOLIO

June 19, 2019 11:45 AM

NIGHTINGALE LORNE

SD01

PLAN - APARTMENTS 1:20

PROJECT:

SD01

ADDRESS:

CLIENT:

NIGHTINGALE LORNE LORNE COMMUNITY HOSPITAL 1 ALBERT ST LORNE VIC 3232

GSEducationalVersion

TITLE:

DATE:

SCALE @ A3: JOB #:

DWG #:

APARTMENT 2

22/10/2018

AS SHOWN S3

SD09

PLAN - APARTMENTS 1:20

PROJECT:

CLIENT:

ADDRESS:

TITLE:

DATE:

SCALE @ A3: JOB #:

DWG #:

NO. 4 OF 46

PORTFOLIO

NIGHTINGALE LORNE

NO. 5 OF 46

loading bay

letterboxes BBQ

AMENITY SHARE

PORTFOLIO

PLAYBOY

PLAYBOY KATHMANDU

KATHMANDU | NEPAL | 2019

June 19, 2019 11:45 AM

NO. 6 OF 46

PORTFOLIO

KATHMANDU

NO. 7 OF 46

PORTFOLIO

PLAYBOY

June 19, 2019 11:45 AM

NO. 8 OF 46

PORTFOLIO

KATHMANDU

NO. 9 OF 46

POLYCARBONATE SHEETING SYSTEM. BACKLIGHTS TO BE INSTALLED ALONG ALL INTERIOR FRAMING EDGES

FRAMING. LED STRIP LIGHTING TO BE INSTALLED ALONG THE TWO EXPOSED EDGES CUSTOM ANGLE TO FINISH FLUSH

WITH TRANSLUCENT CLADDING PORTFOLIO

June 19, 2019 11:45 AM 4 TYPICAL ROOF DECK DRAIN SYSTEM 1:5 -

PLAYBOY

CORNER

WASTE TO FALL TO CORE

TOP OF CURTAIN WALL SYSTEM TO BE INSTALLED BEFORE POLYCARBONATE TO ALLOW FOR ACCESS DURING CONSTRUCTION CUSTOM ANGLE TO FINISH FLUSH WITH CURTAIN WALL CORNER ANODISED MATTE BLACK FINISH TO MATCH CURTAIN AND CROWN FRAMING. LED STRIP LIGHTING TO BE INSTALLED ALONG THE TWO EXPOSED EDGES

5 -

TYPICAL CROWN PLAN CONNECTIONS 1:20

EXTEND COLUMN 100MM BEYOND PARAPET EDGE AND FLASH WITH FULLY FOLDED CAP

FULLY FOLDED FLASHING AT TOP OF TRANSLUCENT FRAMING SYSTEM WITH FALL TO EXTERIOR ANODISED MATTE BLACK FINISH TO BE APPLIED TO ALL EXPOSED STRUCTURAL STEEL MEMBERS FLASHINGS AND FIXINGS

BOLT RHS TO ALL VERTICAL CONCRETE AND STEEL MEMBERS AT CENTRE INTERSECTIONS - REFER TO STRUCTURAL ENGINEERING SPEC/ DETAIL

TYPICAL POLYCARBONATE FRAME CONNECTION TO STRUCTURAL RHS LED BACKLIGHT SUPPORTED BY 50MM EA MEMBER. STRIPS TO BE PLACED ALONG EXTERIOR FACING EDGE

3 -

TOP OF CROWN PARAPET 1:10

LED BACKLIGHT STRIPS TO EXTEND ALONG STRUCTURAL EDGE

POLYCARBONATE SHEETING TO ALIGN WITH CENTRE OF RHS STRUCTURE AT PARAPET CONNECTION

TYPICAL BOTTOM POLYCARBONATE FRAME CONNECTION TO STRUCTURAL RHS - REFER TO MANUFACTURER'S DETAILS

RHS FRAMING TO BE FLUSH WITH STRUCTURAL ANGLE ALONG NORTHERN FACADE

FLASH AT GLAZING PARAPET AND CONNECT TO CURTAIN FRAME. FALL TO EXTERIOR

TRANSITION TO SINGLE SKIN GLAZING FOR ROOF DECK LEVEL. USE EXTERIOR CURTAIN PANEL FOR ALIGNMENT CATWALK BOLTED BETWEEN TRANSOM EXTENSIONS

2 -

CROWN CLADDING DETAIL 1:10

100MM DRAINAGE LINE OFFSET FROM STRUCTURAL EDGE. REFER TO OBSERVATIONS DECK PLAN FOR LOCATION 1:100 FALL TO WASTE

20MM BLUE STONE TILE FLOOR FINISH AT OBSERVATION DECK - 1:100 FALL TO WASTE POINTS

1:100 FALL TO WASTE

TRANSOM EXTENSION TO SUPPORT SECONDARY GLAZING SKIN AT CONNECTION POINTS

STORM WATER AND WASTE FLOW TO CORE FOR AND STORAGE FOR TREATMENT

DATE:

STORM WATER AND WASTE FLOW TO CORE FOR AND STORAGE FOR TREATMENT

APPLIED ARCHITECTURAL TECHNOLOGY SEMESTER 1, 2017

APPLIED ARCHITECTURAL TECHNOLOGY SEMESTER 1, 2017 MELBOURNE SCHOOL OF DESIGN MELBOURNE SCHOOL OF DESIGN UNIVERSITY OF MELBOURNE

AMENDMENTS AMENDMENTS ISSUE DATE

ISSUE DATE

ISSUE:

SERVICE OPENINGS TO BE CUT FROM BEAMS WHERE NECESSARY. REFER TO MECHANICAL AND STRUCTURAL ENGINEERING SPEC/DETAIL

SCALE:

DWG: DRAWN BY:

CHECKED BY:

TITLE:

TYPICAL ROOF DECK DETAIL 1:10

ASSIGNMENT:

1 -

ASSIGNMENT:

REFER TO DETAIL ELEVATIONS ON A5.2 FOR ALIGNMENT OF CURTAIN WALL SYSTEM

ASSIGNMENT:

TITLE:

CROWN DETAIL

TITLE:

DESIGN DEVELOPMENT

NO. 10 OF 46

PORTFOLIO

TOWER

NO. 11 OF 46

OUTRIGGER TOWER MELBOURNE | VIC | AUSTRALIA | 2017 University of Melbourne

PORTFOLIO

June 19, 2019 11:45 AM

OUTRIGGER

DIAGONAL SAG RODS FIRE INSULATED SPANDREL PANEL BLACK REFLECTIVE FINISH

PRIMARY STEEL COLUMN - REFER TO STRUCTURE TABLE

UNITISED SPANDREL ZONE PHOTOVOLTAIC CELLS WITH BLACK TINTED FINISH

EDGE BEAM - REFER TO STRUCTURE TABLE MECHANICAL FLOOR EXHAUST POINT

INTERNAL ENVELOPE VOID

FLASHING TO ROOF SEMI-TRANSPARENT PLASTIC CLADDING - DANPALON SYSTEM CONCRETE EDGE BEAM PRIMARY OUTRIGGER - REFER TO STRUCTUAL TABLE 1200X2000MM ROOF GLAZING PANELS MULLIONS ALIGNED TO FACADE PRIMARY BELT TRUSS CHS - REFER TO STRUCTURAL TABLE

UNITISED SPANDREL ZONE PHOTOVOLTAIC CELLS WITH BLACK TINTED FINISH

PODIUM AND LOW RISE MECHANICAL FLOOR

DOUBLE GLAZED UNITISED CURTAIN SYSTEM - CLEAR FINISH

PODIUM BELT TRUSS

UNITISED OUTER ENVELOPE - BLACK TINTED FINISH TYPICAL BEAM SYSTEM - REFER TO STRUCTURE

ENVELOPE ACCESS CAT WALK SERVICE ZONE SUSPENDED CEILING

200X100MM RHS TRUSS SYSTEM - FINISHED IN MATTE BLACK

1 -

TYPICAL FLOOR TO FLOOR DETAIL

1:100

SUSPENDED CEILING SYSTEM

1200X1200MM CABLE STAYED GLAZING SYSTEM - CLEAR FINISH LIGHTING ELEMENTS ON STRUCTURE EDGE

INTERNAL CFC FASCIA

HORIZONTAL CROWN STRUCTURE

1200X1200MM CABLE STAYED GLAZING SYSTEM

EDGE BEAM

PRIMARY CROWN BRACING - REFER TO STRUCTURE TABLE EXTERNAL FACADE GLAZING SEMI-TRANSPARENT PLASTIC CLADDING - DANPALON SYSTEM

INTERMEDIATE THERMAL VENTING ZONE

1200X2500MM DANPALON SYSTEM

STEEL AND CONCRETE CLAD MEGA COLUMN REFER TO STRUCTURE TABLE INTERNAL FACADE GLAZING

CAPPING EDGE BEAM ON UNITISED ENVELOPE SYSTEM UNITISED SPANDREL ZONE PHOTOVOLTAIC CELLS WITH BLACK TINTED FINISH

UPPER MOST ACCESSIBLE FLOOR

SUSPENDED CEILING

SERVICE ZONE

LOBBY FLOOR - GLAZING HEIGHT 40M

NO. 12 OF 46

PORTFOLIO

TOWER

NO. 13 OF 46

PORTFOLIO

OUTRIGGER

June 19, 2019 11:45 AM

NO. 14 OF 46

PORTFOLIO

FALLS

NO. 15 OF 46

SLAUGHTER FALLS MT COOT-THA | QLD | AUSTRALIA | 2013 University of Queensland

PORTFOLIO

SLAUGHTER

June 19, 2019 11:45 AM

NO. 16 OF 46

PORTFOLIO

FALLS

NO. 17 OF 46

PORTFOLIO

ADELA

ADELA ELWOOD

ELWOOD | VIC | AUSTRALIA | 2018 Jost Architects

June 19, 2019 11:45 AM

NO. 18 OF 46

PORTFOLIO

ELWOOD

NO. 19 OF 46

6,159

333

6,525

6,710

2,840

7,226

333

3,848

333

2,775

4,739

4,625

28,189

178

15,008

3,876

3,350

1,250

901

4,000

1,000

750

1,000

1,250

1,200

3 A-210

300

1,550

895

12,379 - BALC

4,834

1,540

1,011

1,954

1,000

4,000

1,250

334 178

2,795

1,513 1,691

334 334

4 A-210

7,134 EQ

300

1,841

1,691

4,486

3,159

2 A-200

2,161

100

40.235m

7,134

2,186

127째23'

EQ 47

2,998

PR-01

ABOVE WALL SB-01

WT-15

W1.10 DP

WT-11

W1.11

W1.12

W1.13

W1.15

W1.14

WT-10A

WT-11

SFL +6.680 FFL +6.750

UNIT 4

WT-26

218째18'

144.54 m2

WT-11

194.78 m2

2 A-210

SFL +6.650

WT-11

UNIT 3

38째18'

850

BALCONY

5,357

FFL +6.750

SFL +6.680

W1.16

W1.06

5,357

5,782

8,207

B DP

SFL +6.650

MC-03

TL-01

09 A-411

FFL +6.750

2 A-210

WT-26

WT-30A

01 A-411 TL-01

BALCONY

03 A-411

4,225

4,490

200 165

WT-01A

1 A-210

1,100

1,000

3 A-200

625 342

WT-02

W1.18

WT-21

LIFT

2,000 LIFT

PACK OUT WALL TO LINE OF WT-11 AS SHOWN

1 A-210

WT-03A

W1.21

W1.20

WT-14

AHD - +7.580

4,245

LANDSCAPE

W1.01

W1.02

350

W1.03

4,245

W1.22

HWU

WT-14

265

2,117 WT-03A

3,377 WT-03A

4,245

WT-12

265

265 85

WT-02A

WT-21

W1.04

WT-11

SFL +6.730

WT-01A

WT-13

2,000 LIFT

WT-01

165

3,975

4,937

4,490

200

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

WT-22A

WT-13

WT-11

WT-23A

FFL +6.750

COMMS

WT-22A

WT-01

WT-10

BBQ

WT-21

WT-10

WT-02

SFL +6.730

20.877m

FFL +6.750

W1.17

SFL +6.730

WT-01A

FFL +6.750

W1.05

20.877m

875

2,050 178

1 A-200

1,000

WT-24

BBQ

6,149 BALC

WT-11

850

ROW

2,342

12,322

W1.09

PR-02 178

178

W1.08 W1.07

4,176

SB-01 ABOVE WALL

WT-15

MC-03

4,176

2,138 PR-01 855

4,176

TYPICALLY PROVIDE MITRED CORNER JOINT TO RECKLI PRECAST PANEL BALUSTRADE

MF-01 2,993

2,998

MF-01

W1.19

WT-02

MF-01

165

3 A-210

178 5,494

1,290 165

40.234m

WT-03A

535

1,800

4,997

1,000

3 A-300

WT-02

SC-01 ABOVE WALL 715

SFL +6.650 AC COND UNITS 1-4

MF-01

WT-03A

3,792

4,245

4,330

WHITE PEBBLE BALLAST ROOF

SFL +6.310

WT-02

WT-07

VT-01 4,245

DOCKER ST

4,170

1,985 LIFT

4 A-200

1,755 13,464

1,690

1,317

1,690

885

780

165

1,100

165

307째23' 4 A-210

800

2,775 4,355

2,095

1,690

1,421

1,690

1,755 14,999

1,000

5,043

1,691 1,386

PORTFOLIO

FFL

755

June 19, 2019 11:45 AM

ADELA

755

NO. 20 OF 46

3,400

GENERAL LIGHTING & ELECTRICAL

KITCHEN - TYPE 01 UNIT 1

PLAN - KITCHEN TYPE 01

A-500

INTERIOR FINISHES LEGEND CF-01 CF-02 CF-03 CF-04 CF-05

ABOVE BENCH DOUBLE DGPO

SCALE: 1:20

BELOW BENCH DOUBLE DGPO GPO INSIDE JOINERY

UNIT 2 FOR UNIT 2 & 6 MIRROR LAYOUT

RANGEHOOD GPO OVEN GPO

UNIT 3

FRIDGE GPO ROLLER BLIND POWER AT HIGH LEVEL IN WALL

UNIT 5

ROLLER DOOR GPO

UNIT 6

WEATHERPROOF IP RATED DGPO 3 PHASE POWER PAY TV & TELEVISION POINTS PHONE/DATA POINT S01 A-590

S02 A-590

S03 A-590

WIRING/LIGHT SWITCH GROUPING S03 A-590

S02 A-590

S01 A-590

S02 A-590

LT01 - SURFACE MOUNTED DOWNLIGHT LT01A - SURFACE MOUNTED DOWNLIGHT. 24h

3,400 125

630

630 AP06

LIGHT ON

125

LT02 - RECESSED DOWNLIGHT

FX27

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 S03 LM-01 A-590 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

LT03 - ADJUSTABLE TRACK LIGHT

LT05 - PENDANT LIGHT RN01

RN01

FX03

RN01

TZ01

TZ02

RN01

AP06

FX05 FX32

FCL

LT07 - LED STRIP LIGHT

BBQ - TYPE 01

RN01

TZ02

RN01

LT11 - EXT RECESSED WALL / STEP LIGHT

RN01

LT12 - EXTERNAL WALL LIGHT LT13 - EXTERNAL LIGHT (ENTRY BACKLIT

TZ02

NUMBERS)

UNIT 3 GPO RH

SHELF

LT08 - INTERNAL/ EXTERNAL WALL LIGHT LT10 - EXT SURFACE MOUNTED DOWNLIGHT

UNIT 1

AP04

RECESSED CEILING EXHAUST FAN

SHELF LT07 RECESSED LED STRIP LIGHTING

500

LIGHT SWITCH

LT04

MAINS SWITCHBOARD

FX33

FX34

JOIN LINE

AP06 ABOVE BENCHPULL DOUBLE DGPO PROPRIETRY DOWN ROOF ACCESS LADDERBENCH & HATCH TO COMPLY ALL BELOW DOUBLE DGPO WITHVENEER INNER DRW ROOF ACCESS & OHS CODES RELEVANT & GRAIN GPO INSIDE JOINERY REQUIREMENTS GPO DW RANGEHOOD GPO

FX33

PA01

DRAWER

CEILING FAN AS SCHEDULED OVEN GPO DRAWER FRIDGE GPO

TV01

FX33

DRAWER

FX33

PA01

FFL

755

FFL TILED KICKER TO ALIGN WITH FLOOR SETOUT

TZ01

ROLLER DOOR GPO

TZ01 EQ

A A-500

3 PHASE POWER

SCALE: 1:20

1,046 AP11 1,200

A-500

PAY TV & TELEVISION POINTS PHONE/DATA POINT WIRING/LIGHT SWITCH GROUPING

LT01 - SURFACE MOUNTED DOWNLIGHT

2 PLAN ELEVATION - KITCHEN TYPE 01 - BBQ TYPE 01 SCALE: 1:20

INTERIOR FINISHES LEGEND CF-01 CF-02 CF-03 CF-04 CF-05 SF-01

VENEER GRAIN ROLLER BLIND POWER AT HIGH LEVEL IN WALL

WEATHERPROOF IP RATED DGPO

ELEVATION - KITCHEN TYPE 01

A-500

PA01

VENEER GRAIN

TYPICAL 20MM RECESSED SHADOWLINE TO WALLS

3,400

PLAN - KITCHEN TYPE 01

FFL

PA01

DRAWER

210

DRAWER

FX33

210

FX33

A-500

INNER DRW

DRAWERAP11 FX05 AP12 FX32

TYPE 01

AP04

TZ02 TZ02

AC CONDENSER UNIT FX03 GENERAL LIGHTING & ELECTRICAL PLASTERBOARD CEILING ACCESS PANEL HW03 (RONDO OR SIMILAR TO APPROVAL)

BBQ

VENEER GRAIN

350

VENEER GRAIN

TV01

GPO

FX01 WALL MOUNTED A/C UNIT *FX01a FOR UNIT 2 EXHAUST TO OUTSIDE

TZ02

HW03 TZ02

DRAWER 950

CT GPO DRAWER

950

DRAWER

718

FX30

DRAWER

S08 A-591

A TZ02

FX27 DRAWER

FX31 FX34

FX31

250 50

RN01

UTENSILS DRAWER

FX30

250 50

CUTLERY DRAWER

AP01

1,650

BENCHTOP

GPO

AP01

ABOVE FINISHED FLOOR LEVEL MITRED CORNERS LINEAR BAR GRILLE A/C DIFFUSERTO ALL STONE SUPPLY / RETURN AIR

585

TZ02

GPO

FINISHED CEILING LEVEL

JOIN LINE

B RANGE HOOD AND SHELF SHOWN DASHED

RN01

800

TYPE 01

800

JOIN LINE

RN01

500

UNIT 5

2 WAY INTERCOM

KITCHEN

JOIN LINE

TILE SETOUT

BASE OF LIGHT

TZ02

625

A 1,000

CENTRELINE TZ01

748

SF-01

LT04 - WALL LIGHT

FCL

740

FX01

MITRED CORNERS TO STONE SHELF

MITRED CORNERS TO RANGE HOOD ENCLOSURE

800

JOIN LINE

TZ02

JOIN LINE

JOIN LINE RN01

535

850

290

PLASTERBOARD WITH PAINT FINISH A-50 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

LT01A - SURFACE MOUNTED DOWNLIGHT. 24h

SCALE: 1:20

LIGHT ON

SCALE: 1:20

LT02 - RECESSED DOWNLIGHT

CP-01 PA01 TM-01 TZ-01 TZ-02

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 CARPET PA01 ENGINEERED TIMBER BOARD

TERRAZZO TILE TERRAZZO SLAB

PA-01 PAINT FINISH 1 PROVIDE ELECTRICAL AND 1 - WHITE PC-01 POWDERCOAT WATER CONNECTION PC-02 POWDERCOAT 2 - GREY RN-01 TEXTURED PAINT FINISH TV-01 TIMBER VENEER MT-01 METAL FINISH 1 - AGED IRON MT-02 METAL FINISH 2 - SATIN CHROME LM-01 LAMINATE - WHITE LM-02 LAMINATE - MATTE BLACK SS-01 STAINLESS STEEL GL-01 GL-02 GL-03

GLASS TEXTURED SHOWER SCREEN A-500 GLASS MIRROR GLASS CLEAR

LT03 - ADJUSTABLE TRACK LIGHT LT04 - WALL LIGHT LT05 - PENDANT LIGHT

766 786 20

410

786

450 336

395

286

30 475

286 100 TOE

LT07 - LED STRIP LIGHT

450 666

REV B1

L BU

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

LT08 - INTERNAL/ EXTERNAL WALL LIGHT LT10 - EXT SURFACE MOUNTED DOWNLIGHT

D05

CL02 S01 A-590

S02 A-590

S03 A-590

S02 A-590

S01 A-590

ADJ.

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

S03 A-590

D05

ADJ.

950

FCL

LT11 - EXT RECESSED WALL / STEP LIGHT LT12 - EXTERNAL WALL LIGHT FCL LT13 - EXTERNAL LIGHT (ENTRY BACKLIT

D05 D05

PA01

NUMBERS)

ADJ.

RECESSED CEILING EXHAUST FAN

TV01

LM01

ADJ.

TV01

CENTRELINE

780

LM01

ADJ.

760

AP12

780

760

700 LM01

LIGHT SWITCH

ADJ.

MAINS SWITCHBOARD 2 WAY INTERCOM

383

SCALE: 1:20VENEER GRAIN

FX16

CEILING FAN AS SCHEDULED

TZ02 CO03

TZ02

CO03

2,900

550 TV01

1,000

2,000

280

TZ01

TZ02

SCALE: 1:20

TV01

GPO AP11

FFL

SS01

S16 FLEX ROOM UNIT 5 A-591

TZ02

TZ02 SS01

STAINLESS STEEL FINISH TO BENCHTOP & 50mm RETURN. ALIGN TO SIDE WALLS

200

90 50

S15 LAUNDRY - WASHER SECTION TYPE 03 A-591

DRW

1,650

TZ01

250

TZ02

D02

A-591

950

347 800

TZ01

FX01

FX03

INNER DRW FX32

AC CONDENSER UNIT 30 PLASTERBOARD CEILING ACCESS PANEL (RONDO OR SIMILAR TO APPROVAL) PROPRIETRY PULL DOWN ROOF ACCESS LADDER & HATCH TO COMPLY WITH ALL RELEVANT ROOF ACCESS & OHS CODES & REQUIREMENTS

LT07 TERRAZZO TILE SPLASHBACK TO EXTENTS OF OPENING. TILES CENTRED TO BENCH

MITRED CORNERS TO ALL STONE

210

187

TZ02

HW03

FX05

810

950

PA01

TZ01

GPO

AP06 S14 LAUNDRY - WASHER SECTION TYPE 02

INNER DRW

32 233

FX12

SCALE: 1:20

REFER TO PRODUCT INSTALLATION SPECIFICATIONS TO CONFIRM BBQ UNIT LOCATION. CENTRE BBQ TO BENCHTOP

S17 ENSUITE - FONT A-591

SCALE: 1:20 CL02

GPO

VENEER GRAIN

ADJ.

950

350

950

30 20

TZ02

DRAWER

D03

DRW

30 235

FX12 AP12

BENCH

DRW

LM01

WASHER BY PURCHASER

FX03

FX27

SCALE: 1:20

MITRED CORNERS TO ALL STONE

BASE OF LIGHT

233 32

FIX.

TZ02

S08 TYPICAL BBQ SECTION A-591

DRYER BY PURCHASER

TV01

JOIN LINE

250 50

HW03

WASHER BY PURCHASER

JOIN LINE

90 1,650

FX01 *FX01a FOR UNIT 2

RECESSED KICKER

PA01

JOIN LINE

660

CL02

TZ02

30 TZ02

LT04

GPO FFL

PA01

BASE OF LIGHT

REFER TO PRODUCT INSTALLATION SPECIFICATIONS TO CONFIRM BBQ UNIT LOCATION. CENTRE BBQ TO BENCHTOP

TZ02

WALL MOUNTED A/C UNIT EXHAUST TO OUTSIDE

885

TZ02

D01 1,442

D01

900

200

SS01

LINEAR BAR GRILLE A/C DIFFUSER SUPPLY / RETURN AIR

TV01

850

TZ02

TV01

FIX. 320

TZ02

AP11

D06

RN01

TZ02

RN01

DRYER BY PURCHASER

160

RN01 TZ02

STAINLESS STEEL FINISH TO BENCHTOP & 50mm RETURN. ALIGN TO SIDE WALLS

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

2,550

RN01 SS01

RN01

CL02

FIX.

TV01

800

RN01

LT07

HW11

TV01

2,550

TV01

FCL

FINISHED CEILING LEVEL

TV01

ABOVE FINISHED FLOOR LEVEL

LT07

D06

TZ01 RN01

FIXED

160

FIXED

PROVIDE COMPLIANT NONCOMBUSTIBLE SUBSTRATE

1,000

2,900

FCL

CL 20

TERRAZZO TILE SPLASHBACK TO EXTENTS OF OPENING. TILES CENTRED TO BENCH

LT07

PORTFOLIO

ELWOOD

NO. 21 OF 46

PORTFOLIO

HOPE ST

HOPE ST RESIDENCE

SOUTH YARRA | VIC | AUSTRALIA | 2019 Tallis Architecture

June 19, 2019 11:45 AM

NO. 22 OF 46

PORTFOLIO

RESIDENCE

NO. 23 OF 46

PORTFOLIO

June 19, 2019 11:45 AM

HOPE ST

NO. 24 OF 46

INTERNAL FINISHES Refer to Finishes & Fixtures Schedule for further details

CL 20mm SHADOW LINE TYPICAL

20mm SHADOW LINE TYPICAL adj. adj.

TV:01

LED RECESSED TO ABOVE SHELF

adj.

grain

TV:01

grain

TV:01

ENGINEERED TIMBER FLOOR

GL:01 GL:02 GL:03

CLEAR GLAZING OBSCURED GLAZING MIRROR

LM:01 LM:01

LAMINATE FINISH 1 LAMINATE FINISH 2

MF:01 MF:02 MF:03

BLACK POWDER COAT METAL WHITE POWDER COAT METAL GREY POWDER COAT METAL

PA:01

WHITE PAINT FINISH

ST:01

STONE BENCH

TL:01 TL:02

TILE TYPE 1 TILE TYPE 2

TV:01

TIMBER VENEER

grain

adj.

LED RECESSED TO ABOVE SHELF

FF:01

grain

FF:01

ENGINEERED TIMBER FLOOR

GL:01 GL:02 GL:03

CLEAR GLAZING OBSCURED GLAZING MIRROR

LM:01 LM:01

LAMINATE FINISH 1 LAMINATE FINISH 2

MF:01 MF:02 MF:03

BLACK POWDER COAT METAL WHITE POWDER COAT METAL GREY POWDER COAT METAL

PA:01

WHITE PAINT FINISH

ST:01

STONE BENCH

TL:01 TL:02

TILE TYPE 1 TILE TYPE 2

TV:01

TIMBER VENEER

adj. - half depth

adj. - half depth adj. - half depth

FIXTURES & FITTINGS LEGEND

fix.

Refer to Finishes & Fixtures Schedule for further details

adj. - half depth fix.

TV:01

LED RECESSED TO UNDER SHELF

TV:01

ST:01

adj. - half depth

TV:01

join line

TV:01

ST:01

TV:01

ST:01

GPO

adj. - half depth

TV:01

MX:01 CT:01 TV:01

MX:01 CT:01

ST:01

Refer to Finishes & Fixtures Schedule for further details

join line

TV:01

FIXTURES & FITTINGS LEGEND

grain

fix.

grain

GPO fix. drw. adj.

drw. adj.

drw.

grain

drw.

OV:01

drw.

fix.

drw.

OV:01

DW:01 TV:01

drw.

DW:01 drw. grain

TV:01

drw.

fix.

drw.

BA:01 CN:01 FP:01 FW:01 HK:01 LB:01 MX:01 MX:02 MX:03 SK:01 SA:01 SB:01 SB:02 SF:01 SH:01 TP:01 TR:01 TS:01

BASIN CISTERN FLUSH PLATE FLOOR WASTE ROBE HOOK LETTERBOX MIXER 1 MIXER 2 MIXER 3 SINK SHOWER ARM SHOWER BASE 1 SHOWER BASE 2 SHOWER SHELF SHOWER PAPER ROLL HOLDER TOWEL RAIL TOILET SUITE

CT:01 CD:01 DW:01 OV:01 RH:01 WM:01 CO:01 HR:01

COOKTOP CLOTHES DRYER DISHWASHER OVEN RANGEHOOD WASHING MACHINE CONDENSOR UNIT HEAT RECOVERY UNIT

HA:01

HANDLE

BA:01 CN:01 FP:01 FW:01 HK:01 LB:01 MX:01 MX:02 MX:03 SK:01 SA:01 SB:01 SB:02 SF:01 SH:01 TP:01 TR:01 TS:01

BASIN CISTERN FLUSH PLATE FLOOR WASTE ROBE HOOK LETTERBOX MIXER 1 MIXER 2 MIXER 3 SINK SHOWER ARM SHOWER BASE 1 SHOWER BASE 2 SHOWER SHELF SHOWER PAPER ROLL HOLDER TOWEL RAIL TOILET SUITE

CT:01 CD:01 DW:01 OV:01 RH:01 WM:01 CO:01 HR:01

COOKTOP CLOTHES DRYER DISHWASHER OVEN RANGEHOOD WASHING MACHINE CONDENSOR UNIT HEAT RECOVERY UNIT

HA:01

HANDLE

drw.

1:20

1:20 LED RECESSED TO SHELF FCL

LED RECESSED TO SHELF TV:01 grain

TV:01 grain

PA:01

FCL TV:01 grain

TV:01 grain

PA:01 TV:01

MF:01

TV:01 TV:01

MF:01

TV:01

fix.

HR:01 fix.

HK:01

HR:01

TV:01 grain

TV:01

TV:01 grain

grain

TV:01 grain

TV:01

join line

TV:01 grain join line

PA:01

join line

PA:01

join line

HK:01

TV:01 grain

TV:01

NOT FOR CONSTRUCTION NOT FOR CONSTRUCTION

grain

HOPE ST

TV:01 Project

TV:01

118 Hope St, South Yarra VIC 3141

HOPE ST

TV:01

Project

118 Hope St, South Yarra VIC 3141 Drawing title

Drawing title

Interior - Kitchen/Dining

adj.

Interior - Kitchen/Dining adj. adj.

adj.

TV:01

Scale adj.

adj.

TV:01

adj.

fix. inner drw.

FFL inner drw.

FFL

Sheet size

Checked by AM

Project

Drawing

HOPE drw.

A501

Plot date 14/6/19 drw. /Volumes/Projects/118 Hope Street/_C. DOCUMENTATION/C.1 - CAD/C.1.1 - ARCHICAD FILES/118H_DD.pln

D D

1:20

Status Preliminary fix.

1:20 1:20

Scale

1:20

Sheet size

Status Preliminary

Checked by AM

Project

Drawing

HOPE

A501

Plot date 14/6/19 /Volumes/Projects/118 Hope Street/_C. DOCUMENTATION/C.1 - CAD/C.1.1 - ARCHICAD FILES/118H_DD.pln

NO. 25 OF 46

A300 N

A410

RESIDENCE

SECTION 03

PORTFOLIO

12 A700

TILE SETOUT

D002

TL:01

+16,337

+16,174

SW:01

2 A710 SW:01

WT:01b

SECTION 02 A410

DS SW:02b

L'DRY

BROOM

D K

DINING TF:01

WT:02

W004

+16,355

W006

+16,195

SW:04

RAINWATER GARDEN

W003

933

W007 SW:04

SECTION 01

1,340

SW:01

A400

KITCHEN

1,560

W002 2,297

1,830

+16,500

W005

BED 1 TF:01

E A330

TF:01 LIVING

+16,500

W A320

RAINWATER GARDEN

1,338

4,901

ENTRY

SECTION 01

2,118

SW:02d

4,901

SW:01

HRV

690

SW:02d

SW:01

D001 863

890

+16,001

3 A710

HALL

SW:03a

1,001

W001

1,048

998

SECTION 02

POWDER ROOM

950

SW:04

WT:01a

SW:04

SW:02a

SW:04

A410

221

90 2 90 90

249

139

1 A710

A400

W008

SW:04

CLEAN & RE-MORTAR EXISTING STONEWORK

10 90 35 105

3,014 1,234

3,020 1,528

+16,195

40 90 90

233 70

WT:01a 1

660

90 1,670

3,468

5,330

900

1,321

250

90 890

2,053

1,820

1,560

FINISHES

INTERNAL FINISHES

ixtures Schedule for further details

Refer to Finishes & Fixtures Schedule for further details

EXPOSED CONCRETE BLOCKWORK

FF:01

ENGINEERED TIMBER FLOOR

2,480 254

3,143

1,200

1,373

1,994 D

2,700 E

A410

C SECTION 03

W2 A320

S A310

1:50

680

9,397

10,562

GROUND FLOOR PLAN

1,224 4,750

10,562

40 90 90

NOT FOR CONSTR Project

PORTFOLIO

MAY GROVE

MAY GROVE RESIDENCE

SOUTH YARRA | VIC | AUSTRALIA | 2019 Tallis Architecture

June 19, 2019 11:45 AM

NO. 26 OF 46

PORTFOLIO

RESIDENCE

NO. 27 OF 46

External Finishes

June 19, 2019 11:45 AM

MAY GROVE

MF:01

PV:01

TIMBER BATTEN FENCE/PRIVACY SCREEN. NO. 28 OF 46 METAL FINISH - MATT BLACK EXTERNAL VENETIAN SUNSHADE, COLOUR: MATT BLACK VERTICAL CABLE, STAINLESS STEEL: MATT BLACK METAL CLADDING TYPE - MATT BLACK SHOU SUGI BAN CHARRED TIMBER BATTENS OVER CONVENTIONAL ROOFING SYSTEM. TO MATCH EC:04 PHOTOVOLTAIC PANELS

S-03

S-01

ST AN DA RD

11 M A Y G R O V E

FENCE:01 MF:01 MF:02 MF:05 RO:01 RO:02

NEW SIDE DOOR WITH GLASS LEAF, FRAME TO BE MATT BLACK NEW SLIDING DOOR, FRAME TO BE MATT BLACK NEW ENTRY DOOR TO MATCH EC:02 NEW WINDOWS WITH BLACK STEEL SHROUD EXTERNAL CLADDING, SHADOW LINE, MATT BLACK EXTERNAL CLADDING, WHITE CYPRESS SHIPLAP BOARDS BATTEN SCREEN EXTERNAL CLADDING - SHOU SUGI BAN CHARRED TIMBER EXPOSED CONCRETE FOOTING RENDER FINISH

TITLE BOUNDARY

E04 MF:01

30,480

Parti Wall - 11 May Grove 24,646

5,834

FENCE:01

TITLE BOUNDARY

8,030

Stair

NGL

A: 6.9 m2

FENCE:01

HSBC 200

Bed 3 A: 11.1 m2

Under Ground Water Tank 1500L connected to garden, toilets & laundry. Refer to Stormwater Report. +7,460

2,500

E01

HRV 170

WC A: 1.6 m2

Services Under PV Batteries

A: 17.3 m2

Garden Bed

WL04

Pit Under

+6,590

T E N N I S

G R O V E

1,800

GR AY M 11

A: 13.6 m2

C O U R T

Living

A: 12.3 m2

TITLE BOUNDARY

A: 14.5 m2

Hall

6 foot table 4.6 x 3.65

Dining

Garden Bed

Laundry

FENCE:01

SBPP 100

TITLE BOUNDARY

M A Y

+7,330

Hall

Garden Bed

+7,330

Kitchen

H A W K S B U R N

S-04 +10,330

Storage

5,097

S-04

E02

TITLE BOUNDARY

+15,212

D01 D02 & D04 D03 W01-04 & W06-11 EC:01 EC:02 EC:03 EC:04 EC:06

S-02

PORTFOLIO

TITLE BOUNDARY

P.O.S

E03

FENCE:01

E-04 West Elevation -

19,162

5,484

5,834

15 MAY GROVE AN ST RD

Outline - 15 May Grove

MF:01

TITLE BOUNDARY

+14,115

TITLE BOUNDARY

+15,200

EC:02

MF:01

Development Summary

EC:04

Site

Covera

EC:02

Line of Ex. Fence

FENCE:02

EC:06

188m²

Existing Dwelling:

93 m² (Ground) FENCE :01 Ground) 57m² (Lower

Existing Total Dwelling:

EC:06

Existing Site Coverage: 93.5m² Proposed Site Coverage - Ground 102m²

Lot Area:

Permeabili Pervious Area: Impervious Area:

150m²

45% 55%

Proposed Area:

WL01 WL02

Lower Ground Floor -

97m²

Ground WL04

102 m²

Floor -

NGL

+7,330 Tallis Architecture

project number

scale

+7,330

REVISION

ISSUE

C D E

WINDOW REVISION REVISION REVISION

13 20 19

1,800

+10,330

E OV

1,700

Line of Ex. Fence

LOWER GROUND - PROPOSED 1:100

PORTFOLIO

RESIDENCE

NO. 29 OF 46

External Finishes D01 D02 & D04 D03 W01-04 & W06-11 EC:01 EC:02 EC:03 EC:04 EC:06

+15,212

MF:01 RO:02 MF:02 EC:04

:03

1,250

NGL BEYOND

EC:06

+10,330

MF:02

+7,330

PV:01

13 M A Y G R O V E

11 M A Y G R O V E

MF:01

FENCE:01 MF:01 MF:02 MF:05 RO:01 RO:02

TIMBER BATTEN FENCE/PRIVACY SCREEN. METAL FINISH - MATT BLACK EXTERNAL VENETIAN SUNSHADE, COLOUR: MATT BLACK VERTICAL CABLE, STAINLESS STEEL: MATT BLACK METAL CLADDING TYPE - MATT BLACK SHOU SUGI BAN CHARRED TIMBER BATTENS OVER CONVENTIONAL ROOFING SYSTEM. TO MATCH EC:04 PHOTOVOLTAIC PANELS

15 M A Y G R O V E

TITLE BOUNDARY

PV:01

TITLE BOUNDARY

RO:01

11 M A Y G R O V E

TITLE BOUNDARY

13 M A Y G R O V E

TITLE BOUNDARY

GROVE

PORTFOLIO

OUR

OUR FABHAUS

AUSTRALIA | 2019 Tallis Architecture | Our FabHaus

June 19, 2019 11:45 AM

NO. 30 OF 46

PORTFOLIO

FABHAUS

NO. 31 OF 46

BEDROOM

KITCHEN

BEDROOM

KITCHEN DINING

LIVING

STORE

BATH

STUDY

UTILITY

L'DRY

LIVING 1

STORE

BATH UTILITY

DINING

LIVING 1

STORE

KITCHEN DINING

LIVING

BATH STUDY

BEDROOM KITCHEN

DINING

LIVING

BATH UTILITY

BEDROOM KITCHEN

DINING

STORE

BATH

STUDY

UTILITY

STUDY

UTILITY

STUDY

L'DRY

STORE

L'DRY

STORE

L'DRY

STORE

BATH

STORE

LIVING 2

Plot date 13/6/19

BEDROOM

KITCHEN

BEDROOM

STORE

UTILITY

STORE

BATH

STUDY

UTILITY

L'DRY

LIVING 1

STORE

BATH

STORE

DINING

LIVING 1

STORE

STUDY

KITCHEN DINING

LIVING

BATH UTILITY

BEDROOM KITCHEN

DINING

STORE

BEDROOM KITCHEN

LIVING

BATH

FLOOR PLAN Designed by Julia Thomas & John Tallis

BEDROOM

DINING

LIVING

Plot date 13/6/19

FLOOR PLAN Designed by Julia Thomas & John Tallis

KITCHEN DINING

STORE

BEDROOM

FLOOR PLAN Designed by Julia Thomas & John Tallis

BEDROOM

Plot date 13/6/19

FLOOR PLAN Designed by Julia Thomas & John Tallis

BEDROOM

Plot date 13/6/19

FLOOR PLAN

LIVING 2

BEDROOM

BATH

STUDY

UTILITY

STUDY

UTILITY

STUDY

L'DRY

STORE

L'DRY

STORE

L'DRY

STORE

BATH

STORE

LIVING 2

Plot date 13/6/19

BEDROOM

GARAGE

BEDROOM

KITCHEN

BEDROOM

FLOOR PLAN EXT 1 Designed by Julia Thomas & John Tallis

BEDROOM

BEDROOM KITCHEN

KITCHEN DINING

LIVING

KITCHEN DINING

DINING

LIVING

DINING

LIVING 1

LIVING

LIVING 1

STORE

BATH

STORE

BATH UTILITY

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 1 Designed by Julia Thomas & John Tallis

KITCHEN DINING

BEDROOM

FLOOR PLAN EXT 1 Designed by Julia Thomas & John Tallis

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 1 Designed by Julia Thomas & John Tallis

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 1

LIVING 2

BEDROOM

BATH UTILITY

STUDY

UTILITY

STORE

STUDY

UTILITY

L'DRY

STORE

BATH

STUDY

UTILITY

STUDY

L'DRY

STORE

L'DRY

GARAGE STORE

STORE

BATH

GARAGE

STORE

GARAGE LIVING 2

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 2

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 3 Designed by Julia Thomas & John Tallis

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 2 Designed by Julia Thomas & John Tallis

BEDROOM

Plot date 13/6/19

FLOOR PLAN EXT 2 Designed by Julia Thomas & John Tallis

LIVING 2

BEDROOM

FLOOR PLAN EXT 3 Designed by Julia Thomas & John Tallis

PORTFOLIO

OUR

June 19, 2019 11:45 AM

NO. 32 OF 46

PORTFOLIO

FABHAUS

NO. 33 OF 46

PORTFOLIO

OUR

June 19, 2019 11:45 AM

NO. 34 OF 46

PORTFOLIO

S.L.S.C.

NO. 35 OF 46

ST KILDA S.L.S.C. ST KILDA | VIC | AUSTRALIA | 2018 University of Melbourne

PORTFOLIO

ST KILDA

June 19, 2019 11:45 AM

NO. 36 OF 46

PORTFOLIO

S.L.S.C.

NO. 37 OF 46

PORTFOLIO

BoweR

BOWER WADEYE

NT | 2017 Bower Studio | University of Melbourne

June 19, 2019 11:45 AM

NO. 38 OF 46

PORTFOLIO

WADEYE

NO. 39 OF 46

PORTFOLIO

BoweR

June 19, 2019 11:45 AM

BOWER SUANUM

Papua New Guniea | 2018 Bower Studio | University of Melbourne

NO. 40 OF 46

PORTFOLIO

Suanum

NO. 41 OF 46

PORTFOLIO

June 19, 2019 11:45 AM

BARE

BARE DISENO 2016

NO. 42 OF 46

PORTFOLIO

DISENO

NO. 43 OF 46

Postcode/City: Province/Country: PORTFOLIO

June 19, 2019 11:45 AM Architecture:

Passive

Street:

Postcode/City:

Province/Country:

Energy consultancy:

Certification:

Street:

Postcode/City:

Province/Country:

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

PASSIVE HOUSE

2019

20.0

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]:

Mechanical cooling:

Interior temperature winter [°C]: 2

1 5.0

Treated floor area m²

Fullfilled?2

≤

4 12 0

≤

yes

0.6

≤

0.6

yes

PE demand kWh/(m²a)

≤

120

yes

PER demand kWh/(m²a)

≤

≥

Frequency of overheating (> 25 °C) % Frequency of excessively high humidity (> 12 g/kg) %

Primary Energy Renewable (PER)

Alternative criteria

Cooling & dehum. demand kWh/(m²a)

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE)

Criteria ≤

Cooling load W/m²

Airtightness

393.9

0 -

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

Space cooling

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

Specific building characteristics with reference to the treated floor area

Space heating

NO. 44 OF 46

Mechanical engineer:

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

yes yes

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: Issued on:

City:

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

Passive House Classic?

yes Signature:

Passive House with PHPP Version 9.6a

Specific energy for heating (monthly method) PHPP KELLYVILLE / Climate: Sydney / TFA: 394 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 18.4 kWh/(m²a) Interior temperature: Building type: Treated floor area ATFA :

°C 20 RESIDENTIAL m² 394

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

kWh

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 - Horiz.

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

kWh/m²

ENERGY FOR HEATING 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%

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

Summer ventilation mechanically 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 0.0

0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.3

0.0 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 0.0

0 2 0 0 0 0 0 3

COOLING & DEHUMIDIFICATION

Sum spec. losses

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

10 8

POTENTIAL SCENARIOS

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

kWh/m² kWh/m²

Internal humidity sources

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

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

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.

BASELINE

386 #REF!

1.0 #REF!

kWh/a

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

kWh/a

1064

m³

12 100

g/kg g/(P*h)

7.4% 15.6 10.9%

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

The baseline data istoprovided from the PHPP Summer basic ventilation ensure adequate air quality parison of the following scenarios. 0.33

Air change rate via vent. system with supply air:

Heat recovery efficiency:

Humidity recovery efficiency: Subsoil heat exchanger efficiency:

0% 0%

Results active cooling Useful cooling demand: 2.4 Dehumidification demand: 2.6 Frequency of exceeded humidity: 15.1%

kWh/(m²a) kWh/(m²a)

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

1/h

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

A series of potential scenarios have been identified. Using thecontrolled results of both passive and active cooling Automatic bypass, by temperature difference Automatic bypass, controlled by enthalpy difference x criteria, the outcomes are displayed as they effect overheating, humidity, and Always dehumidification.

3.5

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

3 2.5 2

1Effective air change rate

1.5

n V,system

h*SHX

1/h

n V,equi,fraction

hHR

1/h

Exterior n of W106 width from 0.330 0% )*(10.00 )= 0.330 Reduction 5,530mm*(1to 2,000mm Passive House with PHPP Version 9.6a without HR 0.330 *(10% ) = 0.330 Summer ventilation Reduction 4,280mm* to 1,500mm Ground n of W107 width from 0.330 0% *(10.00 )= 0.000 PHPP KELLYVILLE / Climate: Sydney / TFA: 393 m² / Heating: 0.1 kWh/(m²a) / Freq. overheating: 7 % / PER: 2.3 kWh/(m²a) without HR 0.330 * 0% = 0.000 Reduction of D104 width from 5,420mm to 2,400mm Ventilation conductance Building type: RESIDENTIAL D104 from stacked sliding to hinged double door V n c Building volume: 1061 m³ Heat recovery efficiency: 0% m³ 1/h Wh/(m³K) Deletion of W108 12 g/kg * Humidity 0% exterior H Max. indoor absolute humidity: 1064 0.330 * 0.33 recovery efficiency: = 115.8 W/K Internal humidity sources: 100 g/(P*h) Subsoil0.33 heat exchanger efficiency: 0% without 1064 * 0.330 * = 115.8 W/K Deletion ofHRW109 V,e

L,g

0.5 0

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

Building volume:

Max. indoor absolute humidity: Internal humidity sources:

('Heating')

('Annual heating')

Passive House with PHPP Version 9.6a

Summer ventilation

4.5

Annual method

kWh/m² kWh/m² kWh/m² kWh/m² kWh/m²

kWh/m² kWh/m² kWh/m² kWh/m²

JUL

AUG

SEP

OCT

NOV

DEC

JAN

FEB

MAR

APR

MAY

JUN

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.

V,equi,fraction

Air

V,e

ground HV,g 1064 Results cooling withoutpassive HR 1064 Frequency overheating: 7.0% Infiltration, window, extractofair system 1064 max. humidity: 15.5 Additional summer for cooling Frequencyventilation of exceeded humidity: 11.0%

* *

0.000 0.000

* *

at*the overheating limit Jmax = 25* °C 0.042 g/kg

0.33 = 0.0 Results 0.33 = active cooling0.0 Useful cooling demand: 2.1 0.33 = 14.7

Dehumidification demand: Frequency of exceeded humidity:

2.5 15.4%

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. Type of additional ventilation

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

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)

h>25 ° C

Passive House Verification Photo or Drawing

Passive House Verification

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

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

Building: PHPP KELLYVILLE

Climate zone: 5: Warm

Building type: RESIDENTIAL

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: Postcode/City:

Street:

Postcode/City:

Province/Country: No. of dwelling units: No. of occupants:

Interior temperature winter [°C]: 2

No. of dwelling units:

No. of occupants: 20.0

Interior temp. summer [°C]:

2.2

IHG cooling case [W/m²]:

Specific capacity [Wh/K per m² TFA]:

Mechanical cooling:

Treated floor area m² Heating demand kWh/(m²a)

Treated floor area m²

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) %

pAirtightness 6

Pressurization test result n 50 1/h

Heating demand kWh/(m²a)

JUN

MAY

APR

MAR

FEB

Interior temp. summer [°C]:

25.0

2.2

IHG cooling case [W/m²]:

2.2

Specific capacity [Wh/K per m² TFA]:

Mechanical cooling:

PHPP, Cooling units

0 -

Criteria

Alternative criteria

≤

7 11

≤

yes yes

0.6

≤

0.6

yes

Heating load W/m²

Fullfilled?2

yes

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

without HR

Criteria

Alternative criteria

≤

yes yes yes

≤

0.6

≤

120

PER demand kWh/(m²a)

≤

SHX

0% 0% 0% 0%

)*(1) *(1-

0.00 0.00

yes 1901_PHPP_REV 3.xlsx -

pyes 7

Wh/m³ kWh/(m²a) kWh/(m²a)

n V,equi,fraction 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

Passive House with PHPP Version 9.6a x

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

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 *(1-

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

7 11 39

to ah*reduction in crossh ventilation.

)*(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

V,equi,fraction

Air

V,e

Fullfilled?

≤

0.6

*(1*(11/h * *

controlled x without HR 1061 * 0.330 Automatic bypass, * 0.33by enthalpy difference = 115.5 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 without HR 1061 * 0.000 * 0.33 = 0.0 Building type: RESIDENTIAL Infiltration, window, extract air system 1061 * 0.042 * 0.33 = 14.7 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 Max. indoor absolute humidity: g/kg Humidity recovery efficiency: 0% Additional summer ventilation for cooling12

0 -

PE demand kWh/(m²a)

Pressurization test result n 50 1/h

Non-renewable Primary Energy (PE)

393.9

L,g

0.330 0.330 0.33 0.330 0.330

Specific power consumption (for extract air system) 0.20 Results active cooling Useful cooling demand: 2.4 Dehumidification demand: 2.6 Frequency of exceeded humidity: 15.1%

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 andPassive dehumidification. m³ 1/h overall Wh/(m³K) 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

Street:

Specific building characteristics with reference to the treated floor area

Space heating

393.9

Certification: Postcode/City:

25.0 2.2

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

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

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

5.0

10.9%

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

Province/Country: 1

Frequency of exceeded humidity:

V,g

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

Specific building characteristics with reference to the treated floor area

Space heating

JAN

Province/Country:

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

5.0

DEC

Street: Postcode/City:

Province/Country: 2019

Energy consultancy:

NOV

Certification:

Province/Country:

OCT

Energy consultancy:

Province/Country:

SEP

Postcode/City: Province/Country:

Street: Postcode/City:

AUG

Postcode/City:

Year of construction:

1901_PHPP_REV 3.xlsx

Street: Postcode/City:

at the overheating limit Jmax = 25 °C 1/h g/kg

V,e

Mechanical engineer:

JUL

Mechanical engineer:

Province/Country:

73.84 m

Postcode/City:

Province/Country: Street:

Altitude of location:

Province/Country: Architecture:

7.5% 0.00 15.6

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, ventilation air change rate: Internal humidity sources: window, extract air system

Street:

Home owner / Client:

Climate data set: AU0011a-Sydney

Architecture:

AU-Australia

Building type: RESIDENTIAL AU-Australia

Results passive cooling Frequency of overheating: Window ventilation air change rate: max. humidity: Effective air change rate

Climate data set: AU0011a-Sydney

Province/Country: KELLYVILLE RIDGE

m³ g/kg g/(P*h) 1/h

n V,system air quality Deletion W102 increases overheating due Summer basicofventilation to ensure adequate 1/h

Province/Country: KELLYVILLE RIDGE

Street: 123 CONRAD RD Postcode/City: 2155

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%

1061 12 100

Building volume: Mechanical, automatically Max. indoor absolute humidity:

Controlled Deletion ofventilation W102 Internal humidity sources: Air change rate via extract air system:

Postcode/City: 2155

Photo or Drawing

PHPP, Heating

ASSESSMENT

Window night ventilation, manual

Shade W103 to 5% Shade W104Internal to 5% humidity sources: Additional ventilation regulation Window ventilation air change rate: Minimum acceptable indoor temp. Results passive cooling

Frequency of overheating: Type of additional ventilation Effective air change rate max. humidity: Frequency of exceeded humidity: PHPP, SummVent Window Exterior nnight V,e ventilation, manual without HR SummerGround basic n L,gventilation to ensure Mechanical, without HRautomatically Controlled ventilation Air change rate via vent. system with supply air: Ventilation conductance

100

g/(P*h)

0.00 22.0

1/h °C at the overheating limit Jmax = 25 °C

7.5% 15.5 n V,system 10.9% 1/h

0.330

g/kg

*(1-

Subsoil heat exchanger efficiency:

W/K W/K W/K W/K

Wh/m³

Results active cooling Useful cooling demand: 2.3 Dehumidification demand: 2.5 h*SHX hHR n V,equi,fraction Frequency of exceeded humidity: 15.2% 1/h Night ventilation value 6.61 1/h ) = 0% )*(10.00 0.330

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

0.330 *(10% ) = 0.330 Shading selected windows on the and average adequate air quality Corresponding change rateincrease 1/h ) = Controlled by (please check) 0.330western * elevations 0% airslightly *(10.00 overheating 0.000 during operation, in addition to basic air change Temperature * 0% = 0.000 diff. exceeded humidity by reducing0.330 air flow however slightly reduces overall cooling and dehumidification Specific power consumption Wh/m³ Humidity diff. x 0.33 1/h HRV/ERV in summer (check only one field) demand. None V n c

p 8 exterior H

V,e

m³

1061

V,equi,fraction

1/hAutomatic

Air

bypass, controlledWh/(m³K) by temperature difference

controlled 0.330 Automatic bypass, * 0.33by enthalpy difference =

Always

x 115.5

W/K