Liz Foo Architectural Portfolio

LIZ FOO 2 0 1 7 p o r t f o l i o

Architecture is...

content.

Symbiosis of people, nature and tectonics together.

In the great big world of architecture, my personal paradigm remains focused on the intellectual and emotional aspects of design.

Intellectual enough to convey meaning without speaking and emotional to induce feelings voluntarily without force.

Collaboration.

The end-goal for most approaches is to create a comfortable and healthy space in collaboration with other professionals in the design process. With a high respect and regard for peers in other disciplines; furniture designers, artists, interior decorators and engineers, I look to create a harmonious dynamic between the team to present clients with a desirable yet sustainable solution.

Y RMA

INVE

the annexe part 1 + 2 “parklets” the future workplace joinery

Opportunities instead of constraints.

My focus as a designer is to fulfil the needs of the client first and foremost, proposing deceptively simple yet out-of-the-ordinary designs that last.This includes functionality and sustainability for various users in such spaces looking toward the future. With a growing interest in local materials and tectonics, native and recycled palettes are utilized consistently across projects to support local economies and talents.

the urban cafe

Past, Present, and Future.

I look to preserve primary features – cultural aspects and historical context - of such heritage listings, with the addition of new and contrasting elements to reinvigorate and reactivate spaces. A subtle but aesthetically pleasing approach re-occurs throughout my designs, creating a sense of freedom for different translations and experiences to take place within a singular space. With a sharp eye for detail, I ensure that all aspects are interwoven respectively.

ON ST

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U LA D CB

JOURNEY THROUGH SELECTED WORKS BASED AROUND LAUNCESTON, TASMANIA

the annexe part 1:

the annexe part 2:

3D visualisation

construction + detail drawings

floor plan

tectonics + theatrics + university + public

an detailed resolution to the redesigned facade is documented and referenced to relevant Australian Standards and Specification manuals to produce succinct construction documentation. A glazed portion of the facade was the focal point to aptly comply with Deemed-to Satisfy provisions and Performance Based standards.

theatrical qualities and building “guts” had to be kept as part of the refurbishment the 468m2 building houses students, staff and hosts public shows. the intent of the design was to re-align circulation paths for a more distinctive journies of public and private movement throughout the space. the facade has also been reimagined, keeping primary linearity but introducing new materials such as glass and timber.

sectional perspective

strategies 18 DEGREE PITCHED LYSAUGHT SLIPLOK ROOF SHEETING

STRATEGY STRATEGY STRATEGY

ROOF TRUSS @ 900 CTRS MAX KNAUF SUSPENDED ACOUSTIC CEILING PANELS proposed garden

extension

TIMBER BATTEN CLADDING OVER TIMBER STUD WALL

450X410 MM H COLUMN

CURTAIN WALL SPANDREL * AS PER MANUFACTURER’S GUIDE AWS SERIES 168 CURTAIN WALL SYSTEM

roof ridge detail 18 DEGREE PITCHED LYSAUGHT SLIPLOK ROOF SHEETING FIXED TO 40MM STEEL FURRING CHANNEL @900 CTRS MAX 2MM ALUMINIUM EDGE FLASHING

TOP STEEL SPANDREL AWS 168 CURTAIN WALL

20MM HEATING ELEMENTS ABOVE 100MM REINFORCED CONCRETE SLAB

BRADFORD ENVIROSEAL PROCTORWRAP CW PERMEABLE BUILDING MEMBRANE TO BE FIXED UNDERNEATH ROOF SHEET OVER STEEL CAP & WALL EDGE FLASHING, TO MANUFACTURER’S SPECS

site section

THE ANNEXE INVERESK ANNEXE INVERESK THE THE ANNEXE INVERESK liz maybelline FOO; maybelline CHANG DS6 2017 PERSPECTIVES PERSPECTIVES liz FOO; CHANG DS6 2017 liz FOO; maybelline CHANG DS6 2017 PRECEDENTS PRECEDENTS PRECEDENTS

facade

BASEMENT RETAINING WALL GUTTER PERFORATED PIPE

public private

PERSPECTIVES

110X45MM TOP PLATE

DANCE STUDIO TIMBER STUD WALL FRAMING

CONCRETE BLOCK WALL

private public service

2X6MM TOUGHENED SAFETY GLASS

250MM AIR CAVITY VENTILATED, CONDITIONED

PLAN PLAN 1:250 1:250 PLAN 1:250

FLOOR FIRSTFIRST FLOOR PLAN PLAN FIRST FLOOR PLAN

perspectives

“parklets” of Northern Transformation:

mapping

character brief + montages

ADAD YARYOROA D REMRAM EV RO D INVIN Y A M R Y ROA INVE MA R E V IN

DED ES OSO PRPORPOPOSED P ED PROP S O PRO

TRTARA M TRA TMRTARCAKC TRAM TRA SKS M TR CKS ACK S

R R VEIRV VER IE RIK SKS SIVRER E ERK H EH RTO RETSHK RT NONO RNTH NO

anchors + connectors

strategise + speculate

ITYICTIYTY NC N OIN TCY TOTS TC ESE SE O NCN C NCON ACUEST LALUALNU LAU

as part of the Inveresk Precinct Innovation Project, a charater brief posed a question as to the type of campus and spaces housing Launceston’s community. a model of the site was made to illustrate positioning of urban gardens and buildings in relation to existing. montages were also utilised to capture the essence of the reinvigorated space.

strategise strategise++speculate speculate strategise strategise ++ speculate speculate

UTAS UTAS UTAS STADIUM STADIUM UTAS STADIUM STADIUM

TS TSOLOLM M ARAR LU HOSHOEOU SLEUM RSTTCSUSOUO SACR M HMO SEU A+SMC+H USE MU SC+ M +

ARACRC H H A I I ARRCCHI HI

Legend Legend students/teens students/teens Legend Legend overover 60s60s students/teens children under 12 12 children under students/teens over 60s families families over 60s under 12 children community hub community hub12 children under families route route families community hub community hub route route

WILLIS WILLIS STST CAMPUS CAMPUS WILLIS WILLIS ST ST CAMPUS CAMPUS

skate park && campus skate park campus skate skatepark park& &campus campus

exercise + food hub exercise + food hub exercise++food foodhub hub exercise

the future workplace:

section

people [staff + students + community] + technology + nature

LEGEND 1. workshop 2. central core 3. offices 4. library 5. storage 6. community kitchen

Looking toward 2040, this design tackled a heritage listed building whilst informing reinvigorated hybrid spaces for students, staff and the greater community. back and front entries converge toward the centre, creating mass concentration and possibility of place. a more private level is sandwiched between public floors, maintaining vibrancy and movement.

7. urban cafe 8. guest airbnbs 9. bridge 10. study areas 11. gallery

12. meeting area/ consultation 13. running/ bike track 14. veggie patch

E.entrance S. side entry L. lookout J.joinery

floor plans E 7

3

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1

8 6

12 S

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visualisation

10

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Ground

1st

2nd

facial recognition payment cafe

hybrid office with VR and pods

motion sensitive pods- fogged glass

blue community kitchen

joinery:

material + nature + sustainability + technology

detailed integration ofwater, timber, plants and human interaction.

Aluminium Frame *Enable easy maintanence

1

2

Internal Sensor *To stop and start flow of water. Holds 2mm ply as cover for safety

Steel Pipe With Nozzle *Sensor controlled to hold or release water, connected to other stair element as part of water recycling system

Handrail Smooth edging

Lap Joint

Rubber Edge Rabbet Joint Nail Plate Rubber Housing for Glass Piece

Structural U Beam

the communal stairway

Cove Lighting

C Shaped Element To house cove lighting

Water Screen *Translucent quality to emphasis permeability and curiosity

human movement + light + water enclave entry

Aluminium Frame *Painted with waterproof layer

Filter *Filtration sponge for impurities and unwanted substrates

Timber “U” Channel *House frame and piping system

Glass Cover

Aluminium Frame

3

“Flood” Stream *Connected to downpipes, indicates water levels

lighting stair handrail

Channels *Part of recycling system with automated maintanence

Main Pipe *Leads recycling system and plant irrigation

Steel Pipe *Connected to main pipe for recycling

weather + water stair edging

and energy

should be in range of 0.2 efficiency, to 0.3. (AS1680.1 Part Control6.3.4.5.) systems eg.

34.5

Glazing Type

sun areValues shown. The

Spatial planning allocation of distribution of spaces.

GSEducationalVersion Glass Glass different times of the and 3.45 space, light heat produced by the luminaires Ø, vertical angle of sky seen intensity is 226 Maintanence Transmittanc Total Surface Concrete Block, Timber depending example there would beArea= a difference in the amount may be uncom-fortable to users 15.762 in the Wall 1 on in a cafe, Plywood (Light) 0.4 39.405 from window (degrees) day For

Present daylighting Factorlevels e Level

GF (10) 1:100

reflected ceiling plan 1.

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ance nce Ceiling height: working plane (lux) (W) 3 Wall 1 are suspended 45 0.05 2.25 plane (lux)(lux) =Area (m2) (W)(W)counter top and working plane =Area (m2) the from ceiling and illuminates food Area coefficient Dining m2/quantity Ceiling 60.78 0.3 18.234 Mahogany Plywood Glazed Dining Floor finish: 6.48 0.12 0.7776 m2/quantity Ceiling 60.78 0.3 18.234 Window area: 240 6.48 Wall the 2 22.8 working 0.2 4.56 Frame Wall +Surface factor of illuminance Floor area:Service 60.78 Floor 60.78 3.039 E, desired lux at (m2)/Quantity /sabins Concrete Block height: 3Area Wall 1 45 0.05 2.25 0.05 Total Zone: Area Ø& Floor Lounge area: Floor 60.78 0.05 3.039 Absorption Internal Timber Internal Timber Level 60.78 FactorCeiling 0.7 80<CRI<90 8000<x<9000 45 Iguzzini 50 x <1.0 Beacon Heritage Globe Bar+Counter Skim Recessed Kitchen 320 13.8 12Type 0.4< 0.6 100 iN30 LEDwhich (recessed) 320 10.88 18 (W) Luminous 1 Application Area Area (m2)setting.

Power flux (m2)/Quantity /sabins 750 Window area: 6.48 Wall 2 22.8 0.2 4.56 60.78 Surface Total 70 suits a in dimmer Floor area: 60.78 Floor 60.78 0.05 3.039 12.88 Batten Cladding Doors: 10 colour 0.05 0.3 3 Luminare Absorption 2: Doors 14.68 0.1 1.468 Floor area: Floor 3.039 Window area: 6.48 Wall 2 18.234 22.8 0.2 4.56Upholstered &Timber Frame Absorption Dining at circulation ar-m2/quantity Wall +Wall construction 1: Frame Wall 3 & 24 0.2 4.8 Area coefficient Zone: Lounge & Ceiling 60.78 0.3 Ceiling height: 3Wall Wall 1 4display 45 area 0.05 2.25 Ceiling height: 3 Wall Wall 1 45 60.78 0.05 2.25 Concrete Block working planeevening (lux) Frame +construction with suitable rendering of 3.74000K which is the Light(suspended in Counter 320 10.88 0.3 100 n= 2.208 3 required

" #

Zone: Lounge n= 2.763174603 3 required Windows 7.18 & 50 0.7 0.8 Concrete Block Bar 240 0.5 80<CRI<90 8000<x<9000 45 50 0.4< x <1.0 Area coefficient Batten Cladding Area coefficient Wall construction 2: 2: Doors1200 14.68 0.1 1.468 Wall (m2)/Quantity /sabins Dining Ceiling height: 3 Wall 1 45 0.05 2.25 Surface Total m2/quantity Ceiling 60.78 0.3 18.234 Concrete Block Floor area: 60.78 Floor 60.78 0.05 3.039 Window area: 6.48 Wall 2 22.8 0.2 4.56 Ceiling height: 3 Wall 1 45 0.05 2.25 &Timber Frame Light Grey Rough Wall construction 1: 3 & 4 24 0.2 4.8 Batten Cladding eas are 0.3 as per Window area: 6.48 Wall 2 22.8 0.2 4.56 Wall construction Doors 14.68 0.1 1.468 Reading Zone Window Internal Timber Surface n= 2.822918919 3 required Dining m2/quantity Ceiling 60.78 0.3 18.234 range of CRI 1B as per AS1680.1 Part 7.

For night-use, iGuzzini iN30 (m2)/Quantity /sabins &Timber Frame Total Wall construction 1: Wall 3 & 4 24 0.2 4.8 (m2)/Quantity /sabins Optec Spotlight Lounge & Dining 240 30 9 693 &Timber Frame Surface Total Wall construction 1: Wall 3 & 4 24 0.2 4.8 Floor area: 60.786.48 Window Floor 60.78 3.039Hard Zone: Lounge & Ceiling height: 3 Block Wall 1 45 6.48Finish 0.05 2.25 Glass AS1680.1.

Concrete Window Window area:Circulation Wall 2 22.8 0.2 4.56 22.8 Chairs 23 5.52 Pl, Power area: Wall 2 0.2 4.56 Plywood DoubleConcrete Block Frame Wall + Ceiling: 240Concrete 03.039 0.30.05 Primary Lighting Internal Timber E, desired0.24 lux at Window Floor area: & 60.78 Floor 60.78 0.05 Maintane Lounge Zone: Lounge & 70 Dining Luminare Typethe Application Area above0.12 thxWidth=Area P*diffuse &Timber DoublePrimary Lighting forn= Ceiling height: 3 Timber Wall 1 18.234 45 0.05underneath 2.25 t lighting m2/quantity Ceiling 60.78 0.3 14.05520886 15 required Window area: 1: 6.48Frame Wall 2 4 22.8 4.56 WallZone: construction 3 & 24Hard Chairs 0.2 4.8 Internal Internal Timber bar top countertop Mahogany Plywood Glazed Concrete Block FloorWall finish: 0.7776 23 + &Timber Frame Batten Cladding Concrete Block 1: Wall 3 & 4is lit 24 0.2 4.8 6.48 construction 2: Doors 14.68 0.1 1.468 Frame Wall + nce Ceiling height: working planethe (lux) (W) nLB, nR, Double3 Wall Wall 1 45 0.05 2.25 Dining m2/quantity Ceiling 60.78 0.3 Mahogany Plywood Glazed Dining Floor finish: 6.48 0.12 0.7776 m2/quantity Ceiling 0.3 18.234 Window area: 6.48 Wall 2 18.234 22.8 0.2 4.56 Frame Wall + Frame Floor area: 60.78 Floor 60.78 0.05 3.039 60.78 E, desired lux at Power LengthxWidth Pl, Power Concrete Block Frame Wall + Internal Timber E,utilisation desired lux at Factor &Timber Wall construction 1: Wall 3 & 4 24 0.2 4.8 10 Upholstered 12.88 &Timber Frame total 43.6486 Furniture: Bar+Counter Doors: Upholstered 10 Area 0.3 3 Wall construction 1: Wall 3Type & 4 0.7776 24 4.8 Iguzzini iN30 LEDDoors (recessed) 3200.2 10.88 18 1Application 70 Batten Cladding Luminare Application Area (m2)setting.

Power flux luminaire Wall construction 2: 60.78 14.68 0.1 evening 1.468 Mahogany Plywood Glazed Window area: 6.48 Wall 2 22.8 0.2 4.56 Floor finish: 6.48 0.12 Luminare Type(W) Luminous Area P* which suits a dimmer Internal Timber Window Floor area: 60.78 Floor 0.05 3.039 12.88 Batten Cladding Doors: Upholstered 10 0.3 3 Wall construction 2: Doors 14.68 0.1 1.468 Floor area: 60.78 Floor 60.78 0.05 3.039 &Timber Frame Wall construction Wall 3 & 4 24 0.2 4.8 Ceiling height: 1: 3Wall Wall 1 45 0.05 2.25 Concrete Block working plane (lux) Density =Area (m2) Frame + Wall construction 2: Batten Cladding Doors 14.68 0.1 1.468 working plane (lux) (W) n= 2.763174603 3 required efficacy factor People : <100 RT= 0.668393 0.8Ceiling Concrete Block DF= FALSE 12.88 Light Grey Rough Doors: 10 3 Internal Timber height: 3 Wall Wall 45 0.05 2.25 Frame Wall + DoubleInternal Timber Ceiling height: 1: Light 3 Frame Wall 45 0.05 2.25 &Timber Window Grey Rough construction Wall 3 1& 4Upholstered 24 0.2 4.8 0.3 Cladding area: 2: Batten 6.48 Wall 2 22.8 0.2 4.56 Wall Window construction Doors1 14.68 0.1 1.468 E, desired lux at Window Internal Timber 70 Kitchen &Timber Frame Skim Recessed Kitchen 0.77 13.8 12 (W) Luminous 0.6 WallWindow construction Wall 3 2 & 4 24 0.2 4.8 Luminare Application Area Area (m2) Power flux Optec Spotlight Lounge 23 & Dining 240 30 9Type 693 1.2320 4.2165627 Window Concrete Finish Ceiling: Hard Chairs 0.24 5.52 Frame Wall + area: 1: 6.48 Wall 22.8 0.2 4.56 Concrete Finish Batten Cladding Mahogany Plywood Glazed Ceiling: Hard Chairs 23 0.24 5.52 Frame Wall + Wall construction 2: Doors 14.68 0.1 1.468 Floor finish: 6.48 0.12 0.7776 Window area: 6.48 Wall 2 22.8 0.2 4.56 DoubleDoubleLight Grey Rough Concrete Block Frame Wall + Internal Timber Window working plane (lux) Primary0.1 Lighting 14.05520886 15 required Doublen= 2.208 3 required Internal Timber Batten Cladding Wall construction 2: Doors 14.68 1.468 Mahogany Plywood Glazed Concrete Block Batten Floor finish: 6.48 0.12 0.7776 23 Hard Chairs + Floor &Timber Frame Cladding Wall construction Doors 0.1 1.468 Mahogany Plywood Glazed n= Concrete Block 1: Batten Wall 3 & 4 2: 23 24Hard Cladding 0.2 4.8 Wall construction 2: Doors 14.68 0.1 1.468 12.88 Concrete Chairs + finish: 6.48 0.12 0.7776 Frame Wall +Finish Doors: Upholstered 10 0.3 3 14.68 Ceiling: Hard Chairs 23 0.24 5.52 DoubleWindow Frame Wall + E, desired lux at LengthxWidth Pl, Power Mahogany Plywood Glazed Floor finish: 6.48 0.12 0.7776 &Timber Frame WallFloor construction 1: Wall 3 & 4 24 0.2 4.8 10 Upholstered 12.88 &Timber Frame total 43.6486 Furniture: Doors: 10 0.3 3 construction 1: Wall 3 & 4 0.7776 24 0.2 4.8 Cladding Wall construction 2: Batten Doors 14.68 0.1 1.468 Mahogany Plywood Glazed finish: 6.48 0.12 240 35 50 968 10 Upholstered total 43.6486 Furniture: 12.88 Upholstered Luminare Type Application10 Area P* Lounge &tDining Upholstered 0.3 3 Slim System Absorption InternalWall Timber Window Window Light Grey Rough 23 Hard Chairs +Doors: DoubleWindow 70 Wall construction 2: Batten Cladding Doors 14.68 0.1 1.468 Aworking fast-paced plane (lux) =Area (m2)area (W) which requires nR,lux levels of 320 to 400l 12.88 People : <100Timber RT= 0.668393 0.3 Doors: 10 3 12.88 Rough Doors: Upholstered 10 0.3 3DoubleInternal Timber Frame Wall + Furniture: DoubleInternal Primary Lighting n= 9.039256198nLB, 10 required Window Upholstered People : <100 RT= 0.668393 E, desired lux at Power coefficient Concrete Finish 10Grey Upholstered Mahogany Plywood Glazed Double- 43.6486 Ceiling: Hard Chairs 23 0.24 5.52 Area total Floor finish: Light 6.48 0.12 0.7776 Light Grey Rough

0.74 15.762

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ounge

Buzzy: High background noise, 45<X<50dBA 1.

Single Pole Switch 1.

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ERCO Optec LED, #Contact Company Company essentially loops around 1.

Warm#Contact White the kitchen and counter.

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TABLE 1 FLOOR/CEILING AND DESIGN CONSIDERATIONS Daylight Factor: 2-5% Reverberation Time: High, 0.6<x<1.0s, A 1.

DEEMED-TO-SATISFY REQUIREMENTS however speech A TABLE 1 FLOOR/CEILING LEGEND CIRCULATION AND intelligibility is optimal at <0.8s.

(REFERENCED)

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have different daylight, acoustic and electric needs that will be 2 discussed further. Significant consideration in terms of day-use and night-use were present.

The vision was to create an area for people on the go to get 8 a quick fix early in the day though the lounge&dining with the 4 rrow bar that doubles as a coffee window in the day and a smaller bar seating area at night. And as a whole, lighting was intgrated to set appropriate moods. Bearing in mind colour temperatures would gradually go from a cool white to a warm white throughout the day, 7 the selection of lighting was done in order to achieve a dimmer and warmer setting to be in-line with the human circadian rhythm 3 and comfortability. plight.

The nature of the site in terms of the proximity to the city as well as the density of people in the area, the space is aimed to have vibrancy, warmth and a buzzy feel. At the face of the building, the cafe will act as an attraction in terms of sound PROGRAM OF SPACES and abundance of daylight. Close attention to lighting needs will also be addressed across daily patterns. This subsequently LEGEND addresses the material palette chosen. (Illustrated through ma1. INTERNAL ENTRY terial board) DAYLIGHT 2. DINING AREA e G95 ES 3.7W Integrating technology into the cafe, all electric lighting is sunglight The diagram shows 3. READING ZONE m White 2700K integrated into a central control system located inside the 3.7W entering the space.In section, the 4. COUNTER AREA Kitchen area for remote control. However, other switches are 2700K angles of the summer sun and 5. KITCHEN/FOOD PREP i LEDlux placed at specific areas for convenience. Circulation space has winter sun are shown. The light 6. LOUNGE & DINING data available) also been considered for the access of wheelchairs. intensity is measured using a GLX 7. BAR AREA nt lights and Different dining zones were designed to cater to user experience; meter and has been recorded at 8. OUTDOOR ENTRY uspended fixilable) large and open areas for a louder environment and a more intimate 2700lux. s and setting for smaller parties as well.

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QUALITATIVE & QUANTITATIVE situated in the Stone Building, this brief required 4 different zones - reading, food BASE seating STATEMENTS preparation, and counter space- which requires specific acoustic, daylight and

artifial lighting needs. in question was also the choice of materials ranging from natural to The products.

Cafe caters to inhabitants the workplace as well the deemed-tolighting referal to Australianof Standards was integral to as ensure community within the area. The brief required 4 main zones; a satisfy requirements however the design aims to take a step futher to permit human con6 reading zone, a food trol, preperation comfort and zone, efficiency.

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levels recorded are Solarban Solar Zone1 Control Double of but 0.8 Wall 1airborne sound 0.8 Steel Frame Glazed 2x6mm Wall 1 can also be influenced panes, Low-E Glass Glass Solarban byConstruction impact noise from Ø, verticalSolar angle of sky seen Glazing Type Maintanence Transmittanc from Double window (degrees) Control Wall 1 floor above.

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Solarban Solar Glass Position Area (m2) Control Double Transmitt 2 0.74 0.8 0.74 70 2.52 ance dimmers and sensors Glazed 2x6mm Solarban Solar and planning lux values required fulfil AS1680.1 as well as for other Spatial andTimber-Framed allocation to ofValues distribution of spaces.

Glass Glass Single Zone1 RWall Area Ø Level panes, Low-E Control Double Ø, vertical angle of sky seen panes, Low-E 0.8 0.74 70 1 Wall 1 0.8 Steel Frame Wood 0.2 17.88 3.576 WallConcrete 3in a Window Position Area (m2) Construction Glazing Type Maintanence Transmittanc IEQ for users in (Medium) the Internal Wall, Timber Battenwould Budget and energy Block, Timber For aspectsof example cafe, there be a space. difference Solarban Solar Glazed 2x6mm Wall 1 Plywood (Light) 0.4 39.405 15.762 in the amount of from window (degrees) Solarban Solar Wall 1 15.762 Windows 7.18 50 0.7 Frame, Plywood Cladding Wall 5b 2.52 Factor e Level Cladding compared to another. The program of panes, Low-E Control Double efficiency, Reading light neededSingle inTimber-Framed one space 3 Wall 1 0.8 Steel Frame 0.8 Zone0.74 Control Double Solarban Solar Solarban Solar Single Timber-Framed Glazed 2x6mm 2 Wall 1 0.8 Steel Frame 0.8 0.74 70 Plywood Wall 2 Green Wall 0.2 12.6 2.52what type of feel Control systems eg.

Internal Wall, Green-Wall different spaces in Wall, a “hybrid”cafe will determine Maintenance of luminance; Luminance ratios Control Double Control Double Wood (Medium) 0.2 9.4 1.88 Wall 4 Glazed 2x6mm Internal Timber Batten Client Notes: 2 Wall 1 0.8 Steel Frame 0.8 0.74 70 panes, Low-E 0.8 0.74 70 1 Wall 1 0.8 Steel Frame Wall 2 2.52 Layer Glazed 2x6mm and and sensors Glazed 2x6mm and Colour lux values required WallSolar 6 8.769 Claddingto fulfil AS1680.1 as well as for other panes, Low-E Wall Solarban Temperatures numbers dimmers of lamps luminaires, types of AS1680.1 Part Single Timber-Framed panes, Low-E panes, Low-E Concrete Block, Timber Solarban Solar Wood (Medium) 0.2 Paint 17.88 3.576 14.04 Wall 3 Wall Control Double aspectsof IEQ for users in the space.

Internal Wall, Timber Batten 53.520525 Solarban Solar 5aof Glossy White 0.85 11.934 4 Wall 1 0.8 Steel Frame 0.8 0.74 numbers lamps and luminaires, temperature of light in Kelvin (K) room sur-faces, windows and rooflights 3.3.3 Solarban Solar Floor/Ceiling Frame, Painted Wall 5b 2.52 DF= FALSE Cladding Glazed 2x6mm Control Double Control Double 3 Wall 1 0.8 Steel Frame 0.8 0.74 70 ABN #Contact ID 3 Wall 1 0.8 Steel Frame 0.8 0.74 70 Control Double Skim RecessedType Kitchen Area 320 13.8 12 (W) Luminous 0.6 Single Timber-Framed Luminare Application Area (m2) Power flux 100 luminaire utilisation Concrete Block, Timber Window Concrete Finish Glazed 2x6mm 2 Wall 1 0.8 Steel Frame 0.8 0.74 Hard Chairs0.7776 23 0.24 5.52 Frame Wall + Ceiling: AS1680.1 panes, Low-E Batten Cladding Mahogany Plywood Glazed AS1680.1 Part 3.7 Frame Wall + Plywood WallFloor construction Doors 14.68 0.1 1.468 finish: 2: Light 6.48 0.12 DoubleGrey Rough Wall 5b Part 7 Plywood0.2 (Medium) 0.2 12.6 2.52 Glazed 2x6mm Light Grey Rough working plane (lux) Density Mahogany Glazed Maintenance of luminance; Luminance ratios 70 Floor finish: 6.48 0.12 0.7776 (m2)/Quantity /sabins Mahogany Plywood Glazed Wood (Medium) 9.4 1.88 Wall 4 Glazed 2x6mm Surface Total Floor finish: 6.48 0.12 0.7776 Concrete Finish Internal Wall, Timber BattenPainted 12.88 Ceiling: Hard Chairs 23 0.24 5.52 Client Notes: People : <100 RT= 0.668393 Doors: Upholstered 10 0.3 3 R = Solar 0.367662 23 Hard Chairs +Upholstered panes, Low-E Frame, Project Name Doublen= 2.208 3 required Solarban Address: #Contact Full Address efficacy E, desired factor lux at Batten Cladding Wall construction 2: Concrete Doors 14.68 0.1 1.468 Batten Cladding Wall construction Doors 0.1 1.468 Mahogany Plywood Glazed 12.88 Finish Hard Chairs + Floor finish: 2: 23 6.48 0.12 0.7776 0.24 Doors: 10 0.3 3 14.68 Ceiling: Hard Chairs 23 0.24 5.52 panes, Low-E WallSolar 6 8.769 Concrete Finish Ceiling: Hard Chairs 23 5.52 Cladding Window panes, Low-E Solarban Colour Temperatures numbers of lamps and luminaires, types of AS1680.1 Part P +#Contact Phone Number | F +#Contact Fax | 300 Single Timber-Framed 12.88 Doors: Upholstered 10 0.3 3 Zone: Kitchen 12.88 Luminare Type Application Area Area (m2) Power (W) Luminous flux lu Mahogany Plywood Glazed m2/quantity Ceiling 14.31 0.3 4.293 Doors: Upholstered 10 0.3 3 Control Double Floor finish: 6.48 0.12 0.7776 10 Upholstered total 43.6486 Furniture: 23 Hard Chairs + Slim System Lounge & Dining 240 35 50 968 0.8 working 1.5plane12.913223 10 Light Upholstered total 43.6486 Furniture: Concrete Block, Timber 5 Wall 1 0.8 53.520525Steel Frame 0.8 0.74 70 12.88Grey Rough DoubleSolarban Solar Doors: Upholstered 10 0.3 3 Absorption Solarban Solar 400 Window Control Double E #Contact E-mail | Light Grey Rough 23 Hard Chairs + Window (lux) Wall 6 Wood (Medium) 0.2 43.845 8.769 Wall 5a Glossy White Paint 0.85 14.04 11.934 Internal Wall, Timber Batten Based on table 3.1 in AS1680.1 the recommended maintained illuminances for the activities carried out in the 4 Wall 1 0.8 Steel Frame 0.8 0.74 70 numbers of lamps and luminaires, temperature of light in WKelvin (K) 23 Hard Chairs +Upholstered Glazed 2x6mm room sur-faces, windows and rooflights 3.3.3 1,000 1,000 700 1,000Mahogany 1,000 12.88 Floor/Ceiling Doors: 10 14.31 0.3 3 Frame, Painted #Contact Web Light Rough 10 Floor area: Floor 14.31 0.05 0.7155 Glazed 2x6mm Primary Lighting Concrete Finish total 0.668393 43.6486 Furniture: Light Grey Rough People <100 RT= Control Double n=5.52 9.039256198 10 required Absorption Ceiling: Hard Chairs 23 0.24 People : : <100 RT= 0.668393 Doublecoefficient Control Double Concrete Finish 10 Upholstered Plywood Glazed Double- 43.6486 Ceiling: Hard Chairs 23 Upholstered 0.24 5.52 Area total Furniture: finish: 6.48 0.12 0.7776 Light Grey Grey Rough R2= 0.135175 ABN #Contact ID Cladding (Both Sides) PlotFloor Date: 31/05/2017 3 Wall 1 0.8 Steel Frame Steel Frame 0.74 70 70 panes, Low-E 4 Wall 1 0.80.8 0.74 lx for storage Concrete Block, Timberand 10 Upholstered AS1680.1 Part 7 total 43.6486 Furniture: panes, Low-E below are as follows; 80 areas, loading bays dead storage of materials AS1680.1 Part 3.70.8 space Wall 5b Plywood (Medium) 0.2 12.6 2.52 Glazed 2x6mm Light Grey Rough Concrete Finish Hard Chairs 23 0.24 5.52 Area Mahogany Plywood Glazed Concrete Floor finish: 6.48 0.12 0.7776 nLB, nR, 240 (m2)/Quantity /sabins Glazed 2x6mm Mahogany Plywood Glazed Ceiling: Hard Chairs 23 0.24 5.52 Surface Total Ceiling height: 3 Finish Wall 1 4.6 0.3 1.38 coefficient Floor finish: 6.48 0.12 0.7776 Concrete Finish People : <100 RT= 0.668393 Gyprock Staggered Stud Optec Spotlight Lounge & Dining 30 9 693 12.88 Ceiling: Hard Chairs 23 0.24 5.52 People : <100 RT= 0.668393 Doors: 10 0.3 3 R = Solar 0.367662 23 Hard Chairs +Upholstered 23 Hard Chairs +Ceiling: Solarban Solar GSEducationalVersion Frame, Painted Project Name Absorption Solarban Address: #Contact Full Address E, desired lux at Power panes, Low-E Concrete Finish Ceiling: Hard Chairs 23 0.24 5.52 People : <100 RT= Wood (Dark) 0.1 P +#Contact Phone 34.5Number | F +#Contact 3.45 WallSingle 7 Timber-Framed Fax | 300 Double Wall, Timber Batten 12.88 panes, Low-E Doors: 0.3 3 total Zone: Kitchen 12.88 Luminare Type 2 0.668393 Application Area Area (m2) flux luminaire 15utilisation Ceiling 14.31 0.3 4.293 Control Doors: Upholstered 10 0.3 3 Control Double 10 Upholstered total 43.6486 Furniture: (m2)/Quantity /sabins 23 Hard Chairs +Upholstered 23 m2/quantity Hard Chairs + Window Surface Total area: Wall 11 0.2 2.2 Power (W) Luminous Light Grey Rough 10 Upholstered n= 14.05520886 required Density 23 10 Hard1.9 Chairs + 43.6486 Furniture: Area coefficient 5 Wall 1 0.8 Steel 0.8 Steel Frame 0.74 70 160-240 luxtable for seating areas for reading, taking orders and presentation ofthe food (0.7m above 6 Wall 1 Frame 0.8 0.8 0.74400 70 Solarban Solar working plane (lux) Wall 6 Wood (Medium) height 0.2 43.845 ground) 8.769E-mail | Internal for Wall, Timber Batten Based on 3.1 in activities carried out inEW #Contact the Total Surface Area= 226 Cladding 23 Hard Chairs + Glazed 2x6mm Solarban SolarAS1680.1 the recommended maintained illuminances 1,000 1,000 700 1,000 1,000 Glazed 2x6mm #Contact Web Light Grey Rough efficacy factor 10 Upholstered Floor area: 14.31 Floor 14.31 0.05 0.7155 Concrete Finish total 43.6486 Furniture: Light Grey Rough People : <100 RT= 0.668393 Absorption Ceiling: Hard Chairs 23 0.24 5.52 10 Upholstered Control Double total 43.6486 Furniture: 10m2/quantity Upholstered Kitchen total 0.668393 43.6486 Furniture: R2= 0.135175 Ceiling 0.3 4.293 Cladding (Both Sides) (m2)/Quantity Absorption /sabins Plot Date: 31/05/2017 People : <100 Zone: RT= Gyprock Staggered Surface Total 14.31 panes, Low-E 4 Wall 1 0.8 320-400 Steel Frame 0.8 0.74 lx 70 10 Upholstered total Furniture: space below are as follows; 80 for storage loading bays and dead storage materials panes, Low-E lux for food prep, food display and onareas, the countertops (0.85m height aboveofground) MainLIGHTING Control Double J6.2(b) LIGHTING VOLUME ONE (First issued with NCC 2014) CALCULATOR WITH J6.2(b) VOLUME ONE (First issued with NCC 2014) Concrete Finish Ceiling: Hard Chairs 23 0.24 5.52 Area Concrete Glazed 2x6mm Ceiling: Hard Chairs 23 0.24 5.52 Ceiling height: 3 Finish Wall 1 43.6486 4.6 0.3 1.38 coefficient People : : <100 RT= 0.668393 Gyprock Staggered Stud Optec Spotlight Lounge & Dining 240RT= 30Menu CALCULATOR 9 FOR USE WITH693 0.77 1.2FOR USE 4.2165627 5 Wall 1 0.8 Steel Frame 0.8 0.74 70 23 Hard Chairs +People Solarban Solar GSEducationalVersion Absorption <100 RT= Stud Wall People : <100 0.668393 Wall Floor construction 1: Doors 0.1 1.468 area: 14.31 Floor 0.668393 14.31 0.05 0.7155 Solarban Solar Zone: Kitchen Area coefficient m2/quantity Ceiling 14.31 0.3 4.293 14.68 Absorption People : <100 RT= Wood (Dark) 0.1 34.5 3.45 LEGEND Wall 7 Glazed 2x6mm Wall, Timber Batten panes, Low-E Control Double (m2)/Quantity /sabins 23 Chairs + Surface Total Window area: Wall 2 0.668393 11 0.2 2.2 10Hard Upholstered n= 14.05520886 15 required 23 Hard1.9 Chairs + total 43.6486 Furniture: Area coefficient 160-240 lux for seating areas for reading, taking orders and presentation of food (0.7m height above ground) 6 Wall 1 0.8 Steel Frame 0.8 0.74 70 E, desired lux at Absorption Total Surface 226 Control Double Building name/description 1 indoor entry Cladding Solarban Glazed 2x6mm Ceiling height: 3 Wall 1 4.6 0.3 1.38 (m2)/Quantity /sabins panes, Low-ESolar 7 Wall 1 2.38 Area= Timber Frame 0.8 0.74 70 coefficient Surface Total Area FloorKitchen area: 14.31 Floor 14.31 0.05 0.7155 Luminare Type Application Area Area (m2) Power Classification (W) Luminous flux lu Internal Timber 10 Upholstered total 43.6486 Furniture: 10m2/quantity Upholstered Zone: total 43.6486 Furniture: Ceiling 14.31 0.3 4.293 Stone Building Café Area (m2)/Quantity /sabins People : <100 RT= 0.668393 Gyprock Staggered Class 6 Surface Total Glazed 2x6mm Absorption Multiple Lighting 2 dining area panes, Low-E 320-400 lux for Area coefficient working MainLIGHTING Menu Help screenplane (lux) Control Doublefood prep, food display and on the countertops (0.85m height above ground) CALCULATOR FOR USE WITH J6.2(b) LIGHTING VOLUME ONE (First issued with NCC 2014) CALCULATOR FOR/sabins USE WITH J6.2(b) VOLUME ONE (First issued with NCC 2014) Solarban Solar Systems Calculator 5 Wall 1 0.8 Steel Frame 0.8 0.74 70 (m2)/Quantity Window area: Wall 2 11 0.2 2.2 Surface Total Zone: Kitchen Window Frame1.9 Wall +0.3 m2/quantity Ceiling 14.31 4.293 People : <100 RT= Ceiling height: Wall 1 4.6 0.3 1.38 3 reading zone Glass Glass Absorption Stud Wall3 People : <100 RT= 0.668393 Wall construction 1: Doors 14.68 0.1 1.468 panes, Low-E Floor area: 14.31 Floor 0.668393 14.31 0.05 0.7155 Solarban Solar Zone: Kitchen Area coefficient m2/quantity Ceiling 14.31 4.293 Absorption nLB, nR, Glazed 2x6mm Ø, vertical angle of sky seen Number of rows preferred in table below 15 (as currently displayed) (m2)/Quantity /sabins Control Double Surface Total 4 Type service counter Transmittanc E, desired lux at Power Window Position Area (m2) Construction Glazing Absorption Maintanence Control Double Solarban Solar Paint Single Building name/description Classification 6 Wall 1 0.8 Steel Frame 0.8 0.74 70 Absorption Wall construction 2: 1.9 0.06 0.114 Zone: Kitchen m2/quantity Ceiling 14.31 0.3 4.293 Absorption Gyprock Staggered Ceiling height: 3 Wall 1 4.6 0.3 1.38 Area coefficient Floor area: 14.31 Floor 14.31 0.05 0.7155 (m2)/Quantity /sabins Window area: 1.9 Wall 2 11 0.2 2.2 panes, Low-E 7 Wall 1 2.38 Timber Frame 0.8 0.74 70 Area coefficient Surface Total Floor area: 14.31 Floor 14.31 0.05 0.7155 from window (degrees) Luminare Type Application Area Area (m2) Power (W) Luminous flux luminaire utilisation Slim System Lounge & Dining 240 35 50 Internal Timber 5 kitchen Adjustment Factor One Adjustment968 Factor Two Stone Building Café Area Class 6 Glazed 2x6mm Glazed 2x6mm e Level Factor Zone: Kitchen Control Double Area coefficient m2/quantity Ceiling 14.31 0.3 4.293 14.68 working plane (lux) Density Solarban Solar Adjustment Factor Adjustment Factor Area coefficient 8 Wall 1 2.38 Timber Frame 0.8 0.74 70 Dimming Dimming Linolium (m2)/Quantity /sabins Window area: 1.9 Wall 2 0.2 2.2 Wall 6 alfresco finish: total 10.1705 Surface Total Zone: Kitchen construction 1: 14.31 Doors 0.1 1.468 Window Frame Wall Staggered coefficient m2/quantity Ceiling 4.293 (m2)/Quantity /sabins Ceiling height: 3 Wall 1 4.6Stud 0.3 1.38 Glass Glass Surface Total Floor area: 14.31 Floor 14.31 0.05 0.7155 Absorption efficacy factor Ceiling height: 3+WallFloor Wall111 4.6 0.3 1.38 15Area panes, Low-E Gyprock n= 9.039256198 10 required Design Solarban Solar panes, Low-E Ø, vertical angle of sky seen One Two withPercentages Glazed 2x6mm MainLIGHTING Menu Description CALCULATOR FOR USE WITHFloor J6.2(b) VOLUME ONE (First issued with NCC 2014) Floor area Perimeter to LIGHTING Design Number of rows preferred in table below (as currently displayed) CALCULATOR FOR USE WITH J6.2(b) Percentages VOLUME ONE (First issued NCC 2014) Design (m2)/Quantity Absorption /sabins Control Double Surface TotalFloor bar seating/coffee window Window Position Area (m2) Construction Glazing Type Maintanence7 Transmittanc Floor area: 14.31 14.31 0.05 0.7155 Lumen Lumen Space Solarban Solar Paint Single 6 Wall 1 0.8 Steel Frame 0.8 0.74 70 Wall construction 2: 1.9 0.06 0.114 Zone: Kitchen m2/quantity Ceiling 14.31 0.3 4.293 (m2)/Quantity /sabins Absorption Gyprockm2/quantity Staggered Area coefficient Surface Floor area: 14.31 Floor 14.31 0.05 0.7155 Window area: 1.9 Wall 2 11 0.2 2.2 1.8 (m2)/Quantity /sabins of the 968 of the ceiling Doors: RT= 0.675365 Surface Total from window (degrees) Control Double outdoor entry Slim System Lounge & Dining 240 35 50 12.913223 Zone: Kitchen Stud Wall Solarban Solar Ceiling height: 3 Timber Wall 1 Total 4.6 0.3 1.38 Ceiling 14.31 0.3 4.293 panes, Low-E area: 1: 1.9 Wall 11 0.2 2.2 Wall Window construction Doors2 14.68 0.1 1.468 Adjustment Factor One Adjustment Factor Two Illumination0.8OVERALL DESIGN1.5 PASSES Internal Glazed 2x6mm Adjustment Adjustment 0.8 0.74 70 1 Wall 1 0.8 Steel Frame Factor 8 % of full Depreciation % of full Depreciatio e Level Zone: Kitchen Control Double m2/quantity Ceiling 14.31 0.3 4.293 space space Dimming height Power Load % Area % Area Adjustment Factor Adjustment Factor m m Factors Area coefficient 8 Wall 1 2.38 Timber Frame 0.8 0.74 70 Dimming Linolium Stud Wall3 Floor finish: total 10.1705 construction 1: Doors 14.68 0.1 1.468 0.3 Area coefficient Factor Factor Ceiling height: Wall 1 4.6 0.3 1.38 power power (m2)/Quantity /sabins Glazed 2x6mm Surface Total Floor 14.31 Floor 14.31 0.05 0.7155 Factors Ceiling height: 3Wall Wall 1 4.6 1.38 Solarban Solar Multiple Gyprock Staggered Zone: Kitchen 9.039256198 10 required Design System Lighting Building name/description Classification Control Double m2/quantity Ceiling 14.31 4.293 Solarban Solar panes, Low-E Zone: Kitchen One Two withPercentages m2/quantity Ceiling 14.31 0.3 4.293 Glazed 2x6mm MainLIGHTING Menu Help screen Description CALCULATOR FOR J6.2(b) VOLUME ONE (First issued with NCC 2014) Light Grey Rough Window area: 1.9 Wall 2USEn=WITH 11 0.2 2.2 ID Window Frame Wall +0.3 Floor area Perimeter Floor to LIGHTING Design Lighting System Share of CALCULATOR FOR USE WITH J6.2(b) Percentages VOLUME ONE (First issued NCC 2014) Design Floorarea: area: 14.31 Floor 14.31 0.05 0.7155 Gyprock Staggered Systems Calculator 7 Wall 1 2.38 Timber Frame 0.8 0.74 70 Floor area: 14.31 Floor 14.31 0.05 0.7155 LumenCafé Area Lumen Illumination Internal Timber Space Stone Building (m2)/Quantity /sabins Class 6 Surface Total panes, Low-E 1.8 (m2)/Quantity /sabins of Aggregate ceiling of the Control Double Doors: RT= 0.675365 Surface Total Control Double An illuminance % more than 320 lx to 400 g)Programmable Zone: Kitchen Stud Wall Solarban Solar Ceiling height: Wall 1 1.468 4.6 0.3 1.38 0.2of the m2/quantity Ceiling 14.31 0.3 4.293 panes, Low-E area: 1: 1.9 Wall 11 Paint 0.2 2.2 Wall Window construction Doors2 14.68 0.1 Window area: 1.9 Wall 2 11 2.2Illumination Internal3 Timber Glazed 2x6mm Adjustment 1 Adjustment 0.8 0.74 70 1 Wall 1 0.8 Steel Frame % of full Depreciation % of full 9 Wall 5a 1.6 Steel Frame 0.8 0.74 70 17 m 3.0 m Depreciation 211 W Power Load Reading Zone 17.0 m² 75% Concrete Finish Allowance Used Floor area: 14.31 Floor 14.31 0.05 space space 0.7155 height Power Load Single Ceiling: %0.7155 Area % Area w Building name/description Wall Floor 2: Gyprock 1.9 0.06 0.114 area: Floor 14.31 0.05 Stud lx dimming system construction 1: Doors 14.68 0.1 1.468 Ceiling height: 3Wall Wall 1 4.6 0.3 1.38 Staggered Factor Factor Allowance Ceiling height: 3 Wall Wall 1 4.6m 14.31 0.3 1.38 power power Solarban Solar Factors Window Frame +construction Glazed 2x6mm Factors Solarban Solar m Glazed 2x6mm Zone: Kitchen Classification Control Double m2/quantity Ceiling 14.31 0.3 4.293 Zone: Kitchen m2/quantity Ceiling 14.31 0.3 4.293 A A A m w W N m w D m A A A w W m m A A A m w W N m w D m A A m Light Grey Rough Window area: 1.9 Wall 2 11 0.2 2.2 ID Window Frame Wall + Floor area: 14.31 Floor 14.31 0.05 0.7155 panes, Low-E l)Daylight sensor Gyprock Staggered 7 Wall 1 2.38 Timber Frame 0.8 0.74 70 Number of rows preferred Class in table 15 An(as currently displayed) Internal Timber Gyprock Staggered Stone Building Café Area 6 below illuminance more than 240 lx to 320 panes, Low-E Control Double w finish: w Control Double illuminance more than 320 lx to0.3 400 g)Programmable Ceiling height: 3 Wall Wall 1 4.6 0.3 1.38 Linolium Furniture: panes, Low-E Floor total 10.1705 Window area: 1.9 Wall 2 11 Stud 0.2 2.2 2 1.38 Ceiling height: 30 Wall0.05 Wall 4.6An Glazed 2x6mm Dining Area 49.5 m² 37 m 3.0 m 802 W and dynamic construction 1: 14.31 Doors 0.1 1.468 Paint Single Window area:2: 2: 1.9 Wall 11 D 10.7155 0.2 2.2 Wall construction 1.9 0.06 0.114 9 Wall 5a 1.6 Steel Frame 0.8 0.74 70 3.0 m 21114.68 W Reading Zone 17.0 m² 1 17 m 75% 393 W 10% of 57% 2 Wall 1 0.8 Steel Frame 0.8 0.74 70 Concrete Finish Floor area: 14.31 Floor 0.7155 Paint Single Ceiling: lx construction 1.92 0.06 0.114 Internal Timber area: 14.31 Floor 14.31 0.05 Stud Wall Floor Solarban Solar lx dimming system Wall construction Doors1 14.68 0.1 1.468 Ceiling height: 1: 3Wall Wall 4.6 0.3 1.38 Adjustment Factor One Adjustment Factor Two Gyprock Staggered Solarban Solar Window Frame Glazed 2x6mm lighting Glazed 2x6mm Stud Wall Solarban Solar Wall+Window construction 1: Doors2 m 14.68 0.1 panes, Low-E l)Daylight sensor currently displayed) Number of rows preferred in table below 1.468 Adjustment Factor Adjustment Factor Staggered 1.9 Wall 11 0.2 2.2 80215 Dimming Dimming 1.8 : 12 4 Timber An(as illuminance more than 240 lx to0.2 320 Doors: RT= 0.675365 An illuminance more than 320 lx to 400 g)Programmable area: 1.9 Wall 2.2 Control Double Ceiling height: 3 Wall Wall 4.6 0.3 1.38 Floor finish: total Linolium Furniture: panes, Low-E G Floor finish: total 10.1705 Control Double 2 1.38 Ceiling height: 30Linolium Wall 1 4.6 0.3 Stud Gyprock Staggered Window Frame Wall Window + People Dining Area 49.5 m² 2 37 3.0 m W11 D 1677 W 38% of 57% and dynamic construction Doors 14.68 0.1 1.468 Paint Single D Control Double Gm 10.1705 3 Window area: 2: Gyprock 1.9 Wall 11 0.2 2.2 Design Wall construction 1.9 0.06 0.114 13 m 3.0 m 200 W G area:1: DWall G dimming system D Design Counter 11.0 m² 75% Internal 2 Wall 1 0.8 Steel Frame 0.8 70 panes, Low-E0.74 One Two lx Internal Timber Description Solarban Solar Percentages Percentages Floor area Adjustment Perimeter Factor FloorTwo to Design lx OVERALL DESIGN PASSES Adjustment Factor One 8 Wall 1 2.38 Timber Frame 0.8 0.74 70 lighting Glazed 2x6mm Stud Wall 10 Wall 5a 1.6 Steel Frame 0.8 0.74 70 Lumen Lumen Solarban Solar Wall construction 1: Doors 14.68 0.1 1.468 Space Internal Timber Adjustment Factor Adjustment Factor Windowfinish: area: 1.9 Wall 2 11 0.2 2.2 Dimming 1.8 Glazed 2x6mm of the Dimming of the ceiling IlluminationAn illuminance more than 320 lx to 400 People : 4 Kitchen/Food Gyprock Staggered Doors: RT= 0.675365 An illuminance more than 320 lx to 400 g)Programmable Window area: 1.9 Wall 2 10.1705 11 0.2 2.2 Solarban Solar Stud Wall Paint Single 1.8 Light Grey Rough Linolium Gyprock Staggered 1: Doors 14.68 0.1 1.468 Wall construction 2: 1.9 0.06 0.114 Doors: RT= 0.675365 Floor total Glazed 2x6mm Control Double Window Frame Wall + Gyprock Staggered Window Frame Wall + 4 3 Depreciation Design Design System 15 m 3.0 m 130 W 13 m 3.0 m 200 W 14.0 m² Counter 11.0 m² 75% 263 W Internal Timber 9% of 57% Adjustment Adjustment % of full % of full Deprecia panes, Low-E One Control Double w lx Description Percentages Floor area Perimeter Floor to Design lx 8 Wall 1 2.38 Timber Frame 0.8 0.74 70 Lighting System Share of dimming system Prep spaceTwo spacePercentages height Power % Area % Area 10 Wall 5a 1.6 Steel Frame 0.8 0.74 70 Lumen Lumen LoadIllumination Space Factor Facto power power Factors Window Frame Wall + Factors Internal Timber Control Double panes, Low-E m A A A m w W N m w D m A A A m w W m m % of Aggregate Glazed 2x6mm of the Illumination of the ceiling Kitchen/Food An illuminance more than 320 lx to 400 panes, Low-E Staggered Stud Wall Solarban WallFloor construction 1: Doors 14.68 0.1 1.468 Stud Wall Paint Single 1.8 Light Grey Rough Finish Staggered 1: Gyprock Doors 14.68 0.1 1.468 Wall construction 2: 1.9 0.06 0.114 An more than Doors: RT= Stud Wall Ceiling: Glazed 2x6mm Window 0.675365 Frame Wall +Wall Wall construction 1: Doors 14.68 0.1 Paint Single 4 Linolium Power 3 Wall 1 0.8 SteelSolar Frame 0.8 0.74 70 construction 2: Concrete 0.06Adjustment 5%1.468 0.114 15 m 10.1705 3.0 m 130 W1.9 14.0 m² 280illuminance WLoad ID 6% of 57%240 lx to 320 g)Programmable finish: Gyprock total % of full Depreciation57.0Adjustment % ofm full Depreciation Light Grey Rough 40 m % Area 3.0 782 W Alfresco m² 90% w D Allowance Used Prep space space height Power Loadlx Internal Timber Area lx system Factor Factor Allowance power power Glazed 2x6mm Factors Window Frame Wall + Factors Control Double Solarban Solar panes, Low-E Solarban Solar An illuminance more than 320 lx to 400dimming g)Programmable panes, Low-E Paint Single Stud Wall WallFloor construction Doors 14.68 0.1 1.468 Wall construction 1.9 0.06 0.114 Concrete Finish An illuminance more than 240 lx to 320 g)Programmable Stud Wall Ceiling: Wall construction Doors 14.68 0.1 Paint Single 10.1705 Linolium 3 Wall 1 0.8 Steel Frame 0.8 0.74 70 Wall construction 2: 2: 1.9 0.06 0.114 1 ID finish: 1: Light total 17 m 3.0 m 211 W 1118 W Reading Zone 17.0 m² 75% Grey Rough 5 1.468 610.1705 40 m 3.0 m 782 W Alfresco 57.0 m² 90% 37% of 57% 0 Timber Internal Timber Linolium Concrete Finish Floor finish: total lx dimming system Doors: 1: RT= 0.675365 Ceiling: Internal Timber lx An illuminance more than 320 lx to 400dimming system Window Frame1.8 Wall +Furniture: Glass Glass Glazed 2x6mm Internal Solarban Solar panes, Low-E Solarban Solar g)Programmable Control Double Paint Single Reflectance Wall construction 2: 1.9 0.06 0.114 7 Control Double 1 17 m 3.0 m 211 W Reading Zone 17.0 m² 75% 393 W 10% of 57% STEEL TRACK NSTALLED SUSPENDED GUZZ N PLAN LEDFinish WARM SK M RECESSED LUM NA Reflectance RED LED 0Linolium S Concrete NGLE STUD NTERNAL 35MM W DE X 90MM STUDS l)Daylight sensor 11 Wall 5a 1.6 Steel Frame 0.8 0.74 70 Gfinish: D Linolium Furniture: Wall Area(m2) R system G D7610.1705 71079 LED Maintane 6W 4000K Finish Floor finish: total Floor total 10.1705 lx F RST dimming Doors: RT= 0.675365 Ceiling: Construction Internal Timber 9 Wall 5a 1.6 Steel Frame 0.8 0.74 70 Window Frame1.8 Wall Internal Timber An illuminance more than 240 lxERCO to m 320 m WALL2: panes, Low-E Control Double Transmitt 82 Solarban Solar Control Double : 4 Window Frame + People 1.8 Glazed 2x6mm 0Wall Dining Area 49.5 m² 37 m 3.0 m 802 W and dynamic Paint Single Area(m2) Doors: Window Frame Wall + Wall++ Furniture: construction 1.9R 0.06 0.114Values An illuminance more than 240 lx toRT= l)Daylight sensor 0.675365 11 Wall 5a 1.6 Steel Frame 0.8 0.74 70 Wall Finish 10.1705 Linolium Light Grey Rough Floor finish: total Construction Glazed 2x6mm 9 Wall 5a 1.6 Steel Frame 0.8 0.74 70 lx 320 9 82 Solarban Solar People : D FOR ACOUST 4 Window Frame Glazed 2x6mm 0Wall Dining Area RT=49.5 m² 37 m 3.0 m 802 W 1677 W and dynamic 38% of 57% Paint Single Doors: RT= lighting 600MM CENTRES VAL C PERFOR WindowWH 0.114 Frame 1.8 Wall + Values anceTE nce Wall Furniture: construction 2: AT 1.9 Light Grey Rough 1.8 Control Double Glazed 2x6mm Doors: lx FLOOR NEUTRAL WH FROM CONCRETE CE L NG TO HOUSE W 4000Kw0.06 panes, Low-E WH TE0.675365 WARM 12W COOL TESingle 9 37 2W 0.06 Zone1 R 100.114 Paint Wall construction 1.9 0.114 1.9 4 Wall 1 0.8 Steel Frame 0.8 0.74 70 Single m0.675365 construction 2: Light 1.8 An illuminance more than 320 lx toArea 400 Concrete Finish Control Double panes, Low-E Linolium Doors: RT= Ceiling: People 4Wall Floor finish: total 10.1705 panes, Low-E m Client Grey Rough m : 2: 2: A A m g)Programmable A A Solarban Solar A A m w W Wall N Floor mconstruction w:D A An illuminance more A than 320 lx0.06 Ato 400 lighting m w W N m 11.0 m² w13 mD 3.0 m R W Ø 100.114 Paint Single Level 200 Counter 75% A Factor 2: MANCE 1.9 Paint 0.06 0.114 4 Wall 1 0.8 Steel Frame 0.8 0.74 70 Paint Single 0.675365 Wall construction 1.9 0.06 Notes: g)Programmable 113Zone1 Concrete Finish panes, Low-E Linolium Glazed 2x6mm Ceiling: People 4 finish: total 10.1705 Light Grey Rough lx dimming system 75 GOLD BATTS R1 5 3 11 T MBER CLAD RW+CTR= 3 13 m 3.0 m 200 W Counter 11.0 m² 75% 263 W 9% of 57% STUDENT 11 Client Notes: w A m W w Concrete Block, Timber Glazed 2x6mm Solarban Solar Light Grey Rough lx dimming system MMABLE Solarban Solar 12 Linolium Concrete Block, Timber Floor finish: total 10.17050.4 An Linolium ERCO OPTEC LED WH TE10.1705 Light Grey Rough Wall 1 Plywood (Light) 39.405 15.762 Kitchen/Food An illuminance more than 320 lxD to 400 Floor finish: total 10.1705 Concrete Finish 0 1.8 Ceiling: Solarban Solar 12 3000K Furniture: Doors: 0.675365 Linolium panes, Low-E Floor finish: total 10.1705 Control Double Linolium Wall 1 Plywood (Light) 0.4 39.405 15.762 Kitchen/FoodRT= illuminance more than 320 lx to 400 Floor finish: total Concrete Finish 15 m 3.0 m 130 W 0 14.0 m² 1.8 Ceiling: Furniture: RT= 0.675365 panes, Low-E 134 Wall 1 15 m O 3.0 m 130 W 14.0 m² 280 W 6% of 57% 12 Wall 5a Frame Control Double 1.6 SteelDFrame 0.8 0.74 70 Doors: Frame, Plywood Cladding 134 Prep lx 32 O D D D Wall 1 15.762 Windows 7.18 50 0.7 0.8 AREA 12 Wall 5a 1.6 Steel 0.8 0.74 70 Frame, Plywood Cladding Concrete Finish Prep lx Control Double Ceiling: Concrete Finish Control Double Ceiling: 14 Solarban Solar 1.8 14 Glazed 2x6mm Solarban Solar Doors:: RT=57.0 m² 400.675365 1.8 1.8 An illuminance more than 240 lx to 320 g)Programmable 10 1.6 0.80.8 0.74 Glazed 2x6mm Doors:: RT= 0.675365 Doors: 0 1.8 Furniture: An illuminance more than 240 lx RT= to 320 g)Programmable0.675365 10 Wall 5a Wall 5a 1.6 Steel Frame Steel Frame 0.74 70 70 Doors: RT=Single Timber-Framed 0.675365 People 4 0 Grey Furniture: People 4 Light Rough 5 m 40 m 3.0 m 782 W Light Grey Rough Alfresco 57.0 m² m 3.0 m 782 W m dimming system 90% Alfresco 90% 1118 W 37% of 57% Single Timber-Framed 15 155 lx lx dimming system Glazed 2x6mm Glazed 2x6mm Control Double Control Double 0 0 panes, Low-E panes, Low-E Furniture: m Furniture: 5 Wall 1 0.8 Steel Frame 0.8 0.74 70 0.74 5 Wall 1 0.8 Steel Frame 0.8 Wall 2 Light 0.2 12.6 2 2.52 Wall, 6Green-Wall 6 ABN #Contact ID 70 Light Grey Rough Wall Green Wall Total 0.2 Internal Grey Wall,4 Green-Wall Concrete Finish People : 4 Grey ABN #Contact ID Light Rough Light Grey Rough Ceiling: Internal Concrete Finish People : Rough Green Wall Ceiling: W 12.6 w 2.52 Glazed 2x6mm panes, Low-E 2125 W 3731 W Total Solarban Solar Glazed 2x6mm 7 panes, Low-E Total 2125 W Total Solarban Solar 7 People : 4 Finish m ALayer A m A AFinish AFinish m w W N m w Layer D Wall 2 2.52 People : 4 Concrete 8 Ceiling: Project Name Concrete Wall 2 Ceiling: 13 Wall 4 3 Steel Frame 0.8 0.8 0 (internal) panes, Low-E 0 Concrete Single Glazed, Solarban Solar Furniture: Address: #Contact Full Address 8 Ceiling: Project Name Concrete Finish Ceiling: 3 Steel Frame 0.8 0.8 0 (internal) panes, Low-E w DISCLAIMER 0 w Single Glazed, Solarban Solar Furniture: Address:13#Contact Full Address Wall 4 m A THE ALIGHTINGmCALCULATOR A A W m w 9 W N m w D m A A A 9 IMPORTANT NOTICE AND Wall IN RESPECT OF P +#Contact Phone Number | F +#Contact Fax | Solarban Solar Wall IMPORTANT NOTICE AND DISCLAIMER IN RESPECT OF THE LIGHTING CALCULATOR A A6mm A m w W N m w D : m A A A m Single Timber-Framed w W m m 6mmm w 0 10 Control Double GROUP No.: …………………..

Furniture: Single Timber-Framed 0 P +#Contact Phone Number | F +#Contact Fax | Furniture: Solarban Solar People 4 The Lighting Calculator has been developed by the ABCB to assist in developing a better understanding of lighting energy efficiency parameters. While the ABCB believes that the E #Contact E-mail | 0 10 11 Wall 5a 1.6 Steel Frame 0.8 0.74 70 O D D Control Double GROUP Furniture: 0 Wood (Medium) 0.2 17.88 3.576 Wall 3 w D 11 Furniture: Internal Wall, Timber Batten if inputs are Control Double People 4 The Lighting Calculator has been developed m : m of lighting energy efficiency parameters. While the ABCB believes that the Solarban Solar No.:0.74 …………………..

E #Contact E-mail | Lighting Calculator, Wood will produce accurate is provided "as is" and3.576 without any representation or warranty of any kind, including that it is fit forby the ABCB to assist in developing a better understanding 11 Wall 5a 1.6 Steel Frame 0.8 70 6 Wall 1 0.8 Steel Frame 0.8 0.74 70 Glazed 2x6mm W #Contact Web (Medium) 0.2results, the calculator 17.88 Wall 3 C 11 12 Internal Wall, Timber Batten if used correctly, Control Double People : 4 04/06/2017 Solarban0Solar People : 4 valid if accepts used Wall correctly, produce accurate results, the calculator is provided "as FALSE is" and without any representation or warranty of any kind, including that it is fit for any purpose or of merchantable quality, or functions as intended or at all. Your use of the Lighting Calculator is entirely at yourLighting own risk Calculator, and the ABCB no liability of any Plot Date: 5b will 2.52 DF= Glazed 2x6mm 0.8 0.8 (internal) 14 Wall 6 W #Contact Web 1.15 Steel Frame Cladding 6 Wall 1 0.8 Steel Frame 0.8 0.74 70 Glazed 2x6mm Single Glazed, 13 12 G D People : 4 G D People : 4 panes, Low-E W w kind. any purpose or of merchantable quality, or functions as intended or at all.

Your use of the Lighting Calculator is entirely at your own risk and the ABCB accepts no liability of any Plot Date: Wall 5b Glazed 2x6mm GSEducationalVersion Report from CalculatorGlazingVolOne2014.xlsx printed 04/06/2017 0.8 0.8 0 (internal) 14 Wall 6 Steel Frame Cladding 14 Single Glazed, G 1.15 D panes, Low-E G D A 13 6mm Single Timber-Framed m A04/06/2017 m A A panes, Low-ESolar kind.

15 Solarban Report from CalculatorGlazingVolOne2014.xlsx 14 of Australia. All Rights Copyright © 2014 - Australian Government, State and Territory Governments Reserved panes, Low-E Solarban Solar Total Glazing Surface GSEducationalVersion w mWall, Timber W w 6mm 23.31 Single 0.2 9.4 1.88 Timber-Framed Wall 4 A Internal Batten Wood (Medium) 15 NCC VOLUME ONE GLAZING CALCULATOR (first issued with NCC 2014) Copyright ©Total Solarban Solar Control Double 10,000 2014 -8.769 Australian Control Double Total Floor Surface A 150.55 3731 W Government, State and Territory Governments of Australia. All Rights Reserved 2125 Solarban Solar0.74 Total Glazing Surface 23.31 12 Wall 5a 1.6 Steel Frame 0.8 0.74 70 0.2W 9.4 1.88 Wall 4 Wall 6 Cladding H G H G Internal Wall, Timber Batten Wood (Medium) Total 7 Wall 1 2.38 Timber Frame 0.8 70 NCC VOLUME ONE GLAZING Glazed 2x6mm Control Double Building name/description Application Climate zoneCALCULATOR (first issued with NCC 2014) Glazed 2x6mm % of Glazing to Floor 15.48322816 2 Control Double Total Floor Surface A 150.55 Total 2125 W Total Concrete Block, Timber 12 Wall 5a 1.6 Steel Frame 0.8 0.74 70 m 14.04 Wall 6 AND DISCLAIMER IN RESPECT OF THE LIGHTING CALCULATOR 7 Wall 1 2.38 Timber Frame 0.8 0.74 70110 260 3,682 5,844 110 DF = WTØM / A(1-R ) 53.520525 Wall 5a Glossy White Paint 0.85 11.934 CladdingIMPORTANT NOTICESTONE BUILDING BTD5 AT2 CAFÉ other 7 panes, Low-E panes, Low-E Glazed 2x6mm name/description Application Glazed 2x6mm % of Glazing to Floor 15.48322816 Lighting Calculator has been developed by the ABCB to assist in developing a better understanding of lighting energyFloor/Ceiling efficiency parameters. While Building the ABCB believes that the Frame, Painted 2 Concrete Block, The Timber inputs are Solarban Solar Storeycorrectly, will produce accurate results, W 14.04 wand IMPORTANT AND DISCLAIMER RESPECT OF ifTHE LIGHTING CALCULATOR m Solarban Solar Lighting if used theareas calculator is provided "as is" without any representation or warrantyNOTICE of any kind, including that it is fit IN forBTD5 DF = WTØM / A(1-R ) 53.520525 5a Glossy White Paint 0.85 Facade 11.934 STONE BUILDING AT2 CAFÉvalid other panes, Low-E Concrete Block, Timber panes, Low-E The Sefaira Simulation shows that the space has a DF of 3.59. However, there are factors that were not able to be simulated through the software; material reflectance, glazing maintanence facm Wall A Painted ACalculator, m any purpose or of merchantable quality,1or functions as intended orNat all. Your isSentirely atSW yourThe own Lighting risk ABCB accepts no liability of any by the ABCB to assist NEuse of theELighting Calculator SE W and the NW internal Control Double Wall 5b Plywood (Medium) 0.2 12.6 2.52Frame, Where: DF = factor Calculator has been developed in developing a better understanding of lighting energyFloor/Ceiling efficiency parameters. While the ABCB believes that the 13 Walldaylight 4 3 Steel Frame 0.8 0.8 0 (internal) Single Glazed, 8 Wall 1 2.38 Timber Frame 0.8 0.74 70 w A m W kind.

R = 0.367662 Solarban Solar Storey Facade areas Frame, Painted Option A Solarban Solar Calculator, if used correctly, will produce accurate results, the calculator is provided "as is" and without any representation including that it is fit for 2x6mmthe presence of obstructions in the form of people and furniture in the space. The calculations above show 2 values as the space is divided into 2 sections with tor, glazingThe reflectance and Glazed also mm A own orriskwarranty AofABCB W w w A A A 33m² m w49.7m² WLighting N m of merchantable w quality, D 1or functions as intended orNat all. YourNEuse of theELighting W= window area (excluding mullions etc) W A Timber-Framed Aany kind, Sefairavalue Simulation shows that the space has a DF of 3.59. However, there are factors were reflectance, glazing maintanence fac6mm Option©B0.2 n/a purpose Calculator isSentirely atSW your A accepts HWall 5b G Concrete Block, Timber Plywood m Single SE W and theNW internal Copyright 2014 - Australian Government, Australia.

AllorRights Reserved Control Double m msoftware; A Amaterial A A (Medium) 12.6 State and Territory 2.52 Governments ofany m A A that A m wnot W able N m to be w Dsimulated through the Where: DF = panes, Low-E wwno liability of any 13 Walldaylight 4 T=Glass factor 3 Steel Frame 0.8 0.8 0 (internal) Single Glazed, 8 Wall 1 2.38 Timber Frame 0.8 70 transmittance (0.8 for clear single glazing) Solarban Solar Glazing area (A)…………… …………… …………… 6.4m² …………… 10.5m²kind.

R= 0 w w A 6 mInternal Wall, Timber W W Frame, Painted Option A Wall Wood (Medium) 0.2 43.845 8.769 an internal wall cutting through the and Zone 0.74 2 as of follows.

33m² 49.7m² Solarban space,Zone Solar 2x6mm1 tor, glazing reflectance value and Glazed also the presence obstructions in the form of people and furniture in the space. The calculations above show into 2Batten sections with W= window area (excluding mullions O D D 6mm 0.8 0.8 0 (internal) 14 Wall 6 1.15 sky Steel Frame N 2DD values as the space is divided Cladding N Territory D Governments Single Glazed, Ø=vertical angle of seen frometc) window Option©B 2014 n/a R2= 0.135175 Single Timber-Framed Copyright Australian Government, State and of Australia.

All Rights Reserved Control Double (Both Sides) O D panes, Low-E Reflectance The ratio of window to floor area has thhe requirement in NCCConstruction 1 F4.2(a)(i)(A), stating the aggregate light transmitting area shall not be less than 10% of the floor area. Comparing the 9 Wall 5a 1.6 Steel Frame 0.8 met 0.74 70 Area(m2) R Finish Floor/Ceiling T=Glass M=glass transmittance (0.8 for (see clear single glazing) Solarban Solar sheet) Glazing area (A)…………… …………… …………… 6.4m² …………… 10.5m² 6mm maintenance factor following Glazed 2x6mm Wall 6 (Medium) 0.2 43.845 8.769 Gyprock Staggered Stud an internal wall cutting through the 1 and Zone 2Vol. as follows.

Internal Wall, Timber Batten Wood Number of rows preferred in table below 12 (as currently displayed) Values Solarban space,Zone Solar Total Glazing Surface 23.31 window area (23.31m2) to the floor panes, area area isDark15.48% which has ‘deemed to satisfy’ the building code for the purpose of natural light and the prevention of “Sick 0.8 0.8 0 (internal) 14 Wall 6 A= room 1.15 sky Steel Frame Low-E (150.55m2), the light transmitting Wood (Dark) 0.1 34.5 3.45 Wall 7 Concrete 0.3 59.46725 17.840175 Single Glazed, surfaces area (ceiling, floor, walls including windows) Ø=vertical angle of seen from window Timber Batten w Concrete Smooth R2= 0 Control Double Cladding Zone 1 SHADING CALCULATED OUTCOMES OK (if inputs are valid) GLAZING ELEMENTS, ORIENTATION Reflectance A (Both Sides)A W SECTOR, A SIZE and PERFORMANCE CHARACTERISTICS The ratio window to floor area has requirement inLight NCC Vol. 1aggregate F4.2(a)(i)(A), stating the aggregate light transmitting area shallventilation not be less than 10% As of the floorWall,area.

Comparing the m Wall 5a 1.6 Notes: Solarban SteelSolar Frame 0.8 met 0.74 70 Concrete Rough Total Floor Surface A 150.55 Concrete 0.6 59.46725 Total Surface Area= 226 Area(m2) not be R less Finish 35.68035 Cladding Client Floor/Ceiling Construction reflectance roomfollowing surfaces following sheet) 6mm (see P&H or device Building 9 Syndrome”.

The of windows also complies to NCC Vol. 1thhe F4.6(a)(i) which states that the opening shall than 5% of the floor area to fulfil minimum requirements.

M=glass R=average maintenance factor of (see sheet) Glazed 2x6mm Glazing element Performance Outcomes Facing sector w W Size Gyprock Staggered Stud Indoor Entry Number of Shading rows preferred Multipliers in table below Size 12 (as currently m displayed) Values m Control Double % of Glazing to Floor 15.48322816 Light Concrete 1.4 69.635 97.489 Design Program Concrete Rough 10 #Contact Wall 5a 1.6 Steel Frame the floor 0.8 0.74 70 Company Total Glazingwindows) Surface 23.31 Total Total (23.31m2) to area (150.55m2), the light transmitting area is 15.48% which haswater ‘deemed to of satisfy’ the building code for the purpose of natural light and theW prevention of “Sick N WallD7 #Client panes, Low-Eof Wood (Dark) 0.1 34.5 3.45 Dark Concrete 0.3 59.46725 17.840175 A= room surfaces area (ceiling, floor, walls including Wall, Timber Batten GlazedHVAC 2x6mm Concrete Smooth Concrete the window space isarea assumed to Company utilise the system the entire building that complies with AS ‘Air and systems building – Microbial control’.

This will dictate the required flow m White Finish 0.84 3666.1 4.825 4.053 handling Acoustic Panelling Element share System System Area Zone 1 w SHADING CALCULATED OUTCOME Zone 2 GLAZING ELEMENTS, ORIENTATION SECTOR, SIZE and PERFORMANCE CHARACTERISTICS m m For room reflectance take area weighted mean i.e.Total Floor Surface A Notes: Solarban Solar 150.55 panes, Low-E Ato fulfil A m A A P/H of % of Light Concrete 0.6 59.46725 35.68035 Option A Option B U-Value SHGC P H G Height Width Area used Project Name Total Surface Area= Heating Cooling Dark Concrete 0.2 62.46 12.492 Description Concrete Rough Cladding Concrete Smooth R=average reflectance of room surfaces (see following sheet) SK011668.2 ‘Mechanical P&H or device Building The also windows also complies to NCC Vol.ventilation 1 F4.6(a)(i) which states that aggregate opening not less than 5% of floor area minimum ventilation requirements.

As Glazing Size Performance sector Multipliers (AFRC) (AFRC) (m) (m) (m) element facades (m) (m) (m²) (m²) Facing allowance used facades w to IEQ. w Shading (S ) (S ) (optional) rate and10 noiseSyndrome”. level. will comply withDouble AS for Concrete acceptable indoor air the quality’ which 97.489 places the shall room in itsbe minimum standards of the air quality in consideration RateAWof m Solarban Solar ID (area of floor x reflectance value for floor) +% of(area ofFloor wall x 15.48322816 Control Wood(Light) 0.4 12 Concrete4.8 Glazing to Light 1.4 69.635 m A A w W Rough Wall 5a 1.6 Steel Frame 0.8 0.74 70 Plywood Flooring StoneIt Building Cafe Total Total Plot Date: 22/05/2017 1 WINDOW 1 SW 1.60 0.60 3.3 0.27 0.00 1.00 1.00 0.96 10% of 95% m m Microbial A A Control Double w Glazed 2x6mm m OUTDOOR reflectance value for wall) + (area of window x reflectance value the space assumed to utilise the of the entire building that complies with AS ‘Air control’.

This will dictate the required flow 11 Wall 5a is on 1.6 occupancy Steel Frame 0.8 HVAC 0.74 system 7010-12 White Finish 0.84 3666.1 4.825 4.053 handling and water systems of building – airchanges based the of the space should be air changes per hour based on the type of space (cafe).

Acoustic Panelling System System w A m W 2 SW 1.60 0.60 3.3 0.27 0.00 1.00 1.00 0.96 10% of 95% Glass Glass WINDOW 2 Zone 2 Glazed 2x6mm For roomfor reflectance take of area weighted mean i.e.

Notes: Ø, vertical angle of sky seen m H G panes, Low-E window) + (area ceiling x reflectance value for ceiling) / surface area (m2) absorp coe/sab total P/H Option A Height Width Area U-Value SHGC P H G Option B 3 SW 1.60 0.60 3.3 0.27 0.00 1.00 1.00 0.96 10% of 95% Heating Cooli Dark Concrete 0.2 62.46 12.492 Description WINDOW 3 C Concrete Smooth Window Area (m2) Construction Type Maintanence Transmittanc DIAGRAM CORELATED TO from window Low-E H as G consideration of how apanes, space is toSolar be usedand the1668.2 various‘Mechanical times it willventilation be used are the issues to indoor determine values and daylight per AS 1680 2.2 2008E1, which (m) (m) (m²) (AFRC) (AFRC) (m) (m) (m) facades (degrees) (SH) (SC) 4 WINDOW SW 1.60 3.3 0.27 0.00 (optional) 1.00 1.00 0.96 10% offacades 95% rateThe and noise level.

It will also comply with AS for key acceptable airappropriate quality’ lux which places the roomfactors in its minimum standards of Table air quality in Position consideration to IEQ.Glazing Rate ofFactor Solarban 4 ID (area of floor for floor) ceiling 3.05 + (area of wall x total areax reflectance 61value 0.05 Wood(Light) 0.4 12 4.8 W w0.60 Plywood Flooring Solarban Solar e Level 5 WINDOW 5 SW 1.60 0.60 3.3 0.27 0.00 1.00 0.96SW 10% of 95% m A A TABLES 1 WINDOW 1.60 0.60 3.3 0.27 0.00 1.00 1.0 underline the values for different types ofControl spaces according to usage.

Design decisions then based on this are to be applied to passive solar design strategies whilst still complying with NCC Vol. 1, Section F. Double 1 1.00 floor 61 (area 0.3 18.3 x reflectance value Control Double value for wall) + of window Solarban Solar OUTDOOR reflectance 11 Wall 5a 1.6 Steel Frame 0.8 0.74 7010-12 air changes per hour based on the type of space (cafe).

6 WINDOW 6 SW 1.60W 0.60 3.3 0.27 0.00 1.00 1.00 0.96 10% of 95% Reflectance w A m airchanges based on the occupancy of the space should be 12 Wall 5a 1.6 Steel Frame 0.8 0.74 70 m 2 WINDOW 2 SW 1.60 m 0.60 3.3 0.27 0.00 1.00 1.0 Glass Glass0.27 Finish Floor/Ceiling walls+door Construction 101.24 0.1Area(m2) 10.124 R Glazed 2x6mm Glazed 2x6mmthat 7 WINDOW 7 SE 1.60 1.00 3.3 0.00seen 1.00 1.00 1.60 25% of 90% Control Double Ø, vertical angle of sky However there were also other factors affected the calculations in a non-measurable way; movement of clouds, obstruction of furniture and people, services and materials in the space.

As Wall 1 and Wall 5 for window) + (area of ceiling x reflectance value for Maintanence ceiling) value / surface area (m2) absorpValues coe/sab total 70 1 Wall 1 0.8 Steel Frame 3 WINDOW 1.60 0.60 3.3 0.27 0.00 1.00 1.0 mWindow where:and daylight factors as per Position0.74 Area Type1.60 Maintanence of glazing 8 (m2) 1.00 3.3 0.27 0.00 3 1.00 1.00 1.60SW 25% of 90% Transmittanc WINDOW 8 ConstructionSE Glazing DIAGRAM CORELATED TO from window panes, Low-E Low-E The consideration of howdaylight apanes, space is to bethrough usedand thesurfaces various timesthe it rest willofbethe used are the key issues to also determine appropriate lux values AS 1680 2008Table E1, which0.8DAYLIGHT Glazed 2x6mm Dark Concrete 17.840175 (degrees) Concrete Smooth A w 2.2 4 WINDOW 1.60 m 0.60 3.3 A 0.27 0.00 1.00 1.0W Sabine’s equation: 9 WINDOW 9 SE 1.60 1.00 3.3 0.27 0.00 4 1.00 1.00 1.60SW 25% of 90% ceiling 61 12.76 0.3 0.05 0.0959.46725 3.05 total area w Zone 1 are external facing walls, most ofSolarban the is filtered those whereas walls are internal and would allow certain amounts of light through from adjacent spaces.

But with (Adapted from AS1680.1) windows 1.1484 Solar Solarban Solar m m A A A A W A A m Factor e Level0.27 w panes, Low-E w W m m A Light Concrete 0.6 59.46725 35.68035 5 WINDOW 1.60 m 0.60 3.3 A 0.27 0.00 1.00 1.0 10 WINDOW 10 SE 1.60 TABLES 1.00 3.3 0.00 1.00Dew 1.00 bu 1.60SW 25% of 90% 5 Concrete Rough KDA313 326 LA Coo d na o D Ma 13 Wall 4 3 Steel Frame 0.8 0.8 0 (internal) Classified as Urban Area w w W V the = room volume inofm3the simulations underline of the values for different types of spaces according toFood usage.

Design decisions then based on an this are to be not applied to passive solar design strategies whilst still complying with NCC Vol. 1, Section F. D Preparation chairs (upholstered) 10 Single Glazed, floor 61 0.3 0.3 18.3 3 w Control Double RT= 0.16V Solarban Solar 11 Window on Door 1 SW Solarban Solar 1.40 1.70 3.0 0.27 0.00 6 1.00 1.00 2.38SW 21% of 95% consideration the disability to calculate tha amount of light from those walls, the calculated DF is assumed to be estimate eand a final figure.

Despite inaccuracy and the cal6 WINDOW 1.60N 0.60D 3.3 0.27 0.00 1.00 1.0 Acoustics: Reflectance1.4 Light Concrete 69.635 97.489 12 Wall 5a 1.6 Steel Frame 0.8 0.74 70 Concrete Rough 6mm Verticle 0.8 TOTAL0.1Area(m2) 10.124 35.6224R Finish 12 Window on Door 2 SW 1.40 1.70 3.0 0.27 0.00 1.00 1.00 2.38SE 21% of 95% Floor/Ceiling N D walls+door Construction 101.24 S = surface area of material 1 Seme e One 2017 Glazed 2x6mm Control Double 7 1.60 1.00 3.3 0.27 0.00 1.00 1.0 WINDOW 7 Control Double Howeverthe there were also are other factors that affected theoncalculations in a of non-measurable movement of lighting clouds,schemes obstruction of furniture people, services and materials As0.8 WallSteel1Frameand 50.8 Wall 10.74 White Finish Values 0.84 4.825 4.053 Kitchen 2 in theWallspace.

1 70 Acoustic Panelling m Wall culations, figures obtained a Solar good starting point to carry with other aspects design such as way; planning electric and appropriating zonesand based on priority to the amount of daylight Solarban ∑Sα 0.8 0.74 70 1 0.8 Steel Frame Horizontal 0.6of glazing Zone 2 O & D O & D IMPORTANT NOTICE AND DISCLAIMER IN RESPECT OF THE GLAZING CALCULATOR Maintanence value 8 SE 1.60 1.00 3.3 0.27 0.00 1.00 1.0 WINDOW 8 if inputs are valid Glazed 2x6mm panes, Low-E0.8 S hoo o A h e u The e Glazing Un Calculator e has been o developed Ta man a to assist Glazed 2x6mm 0.8 0 (internal) 14 Wall 6 1.15 Steel Frame Dark Concrete 0.3 0.2 62.46 12.492 Single Glazed, α = absorption coefficient of materiConcrete Smooth Dark Concrete 59.46725 17.840175 by the ABCB in developing a better understanding of glazing energy efficiency parameters.

Dining Area Concrete Smooth Sloping 0.7 RT= 0.808480057 DAYLIGHT 9 WINDOW 9 SE 1.60 1.00 3.3 0.27 0.00 1.00 1.0 Absorption the uses stipulated.

In terms of IEQ, daylight has to be controlled needed to prevent creating umcomfortable environment for users zones such as thethrough reading from adjacent spaces.

Zonewindows 1 are according externaltofacing walls, most of the is filtered through those where surfaces whereas the glare rest from of the wallsanare internal and would also allowespecially certain in amounts of light ButLow-Ewith (Adapted from AS1680.1) needed 12.76 0.09 1.1484 4.8 Concrete panes, Solarban Solar daylight While the ABCB believes that the Glazing Calculator, if used correctly, will produce accurate results, it is provided "as is" and without any representation or warranty 6mm Wood(Light) 0.4 12 panes, Low-E Plywood Flooring w Light Concrete 0.6 59.46725 35.68035 10 WINDOW 10 SE 1.60 1.00 3.3 0.27 0.00 1.00 1.0 Concrete Rough of any kind, including that it is fit for any purpose or of merchantable quality, or functions as intended or at all.

Concrete Acoustics: Solarban Solar Area coefficient Wall 4 zone. As3 mentioned, Steel Frame proper 0.8 0 (internal) Classified as Urban Areazone and13 the counter TotalGlazed, Glazing referal Surface 0.8 23.31 m A A A m w W m m chairs (upholstered) 10 0.3 3 Single m to AS1680 is crucial to optimise the presence of daylight prior to electric lighting.

Your use of the Glazing Calculator is entirely at your Solarban own risk and the ABCB accepts no liability of any kind.

Solar 11 Window on DoorD SW 1.40 1.70 3.0 0.27 0.00 1.00 1.0 consideration of the disability to Total calculate 150.55 tha amount of light from those walls, the calculated DF is assumed to be an estimate eand not a final figure. Despite the inaccuracy ofSurface the simulations and the cal1 INDOOR Rough w Light Concrete 1.4 69.635 97.489 Control Double Total Concrete (m2)/Quantity /sabins 6mmFloor Surface A Zone: Dining Area m m2/quantity Verticle 0.8 TOTAL 35.6224 3 Wall 1 0.8 Steel Frame 0.8 0.74 70 SW 1.40 1.70 3.0 0.27 0.00 1.00 1.0 Window Copyright ©Double 2014 – Australian Government, State and Territory Governments of Australia. All12 Rights Reservedon Door 2 Control surface area (m2) absorp coe/sab total 2. Recalculate daylight factor by: %a of Glazing to Floor starting 15.48322816 Glazed 2x6mm White Finish 0.84 4.825 4.053 m A A W w to the 45 2 Wall 1 0.8 Steel Frame 0.8 0.74 70 Acoustic Panelling culations, the figures obtained are good point to carry on with other aspects of design such as planning electric lighting schemes and appropriating zones based on priority amount of daylight Solarban Solar w Horizontal 0.6 Zone 2 Absorption Floor area: 45 Ceiling 0.3 13.5 IMPORTANT NOTICE AND DISCLAIMER IN RESPECT OF THE GLAZING CALCULATOR m m A A A A &D ceiling 135 0.5 67.5 if inputs w Glazed 2x6mm W m m O panes, Low-E m A A C 0.8 0.8 0 (internal) 14 Wall 6 1.15 Frame Dark Concrete 0.2 62.46 12.492 Single Glazed, Concrete Smooth w wusers especially A A m m Floor W wzones The Glazing Calculator has been developed by the ABCB to assist in developing a better understanding of glazing energy efficiency parameters.

2 0.7 RT= 0.808480057 Area w or warranty Ceiling 45 0.05 135 0.3to glazing the 40.5entire length of Sloping needed according to the usesSteelstipulated.

In terms of IEQ, daylight has to be controlled an height: umcomfortable3 environment for in such ascoefficient the reading Solarban Solar 2.25 D 10,000 where needed to prevent glare from creating panes, Low-E a. floor increasing glazed window area to 31.5m the long wall to m accurate results, it is provided "as is" and without any representation While the ABCB believes that the Glazing Calculator, if used correctly, will produce 6mm Wood(Light) 0.4 (equivalent 12 4.8 Plywood Flooring C m m2/quantity walls+door 101.24 0.2 value for20.248 Control DoubleTotal (m2)/Quantity /sabins of any kind, including that it is fit for any purpose or of merchantable quality, or functions as intended or at all.

Zone: Dining Area Surface Window area: 4.3 wall 17.1 3.42 Solarban Solar 2.1m high) and retaining current finishes (assume same Ø) Total Glazing referal Surface 23.31 4 Wall 1 1 0.8 Steel Frame 0.2 0.8 0.74 70 zone and the counter zone.

As mentioned, proper to AS1680 is crucial to optimise the presence of daylight prior to electric lighting.

260 3,682 110 5,844 110 Your use of the Glazing Calculator is entirely at your own risk and the ABCB accepts no liability of any kind. m m & D m m & D 7.272 0.09 0.6543 Glazed 2x6mm 13.5 INDOOR b. windows Control Double Floor area: 45 clad Ceiling 45 0.3 Total Floor Surface A 150.55 maintaining glazed window area at 31.5m but changing floor surface to dark timber and walls and Timber Wall 1 0.8 Steel Frame 0.8 0.74 70 panes,3Low-E chairs (HARD)area (m2) 22 coe/sab 0.24 5.28 Copyright ©page 20141–of Australian Government, State and Territory Governments of Australia. All Rights Reserved 1 surfacedaylight absorp total 2. Recalculate factor by: w Scanned by0.05 CamScanner % of Glazing to Floor 15.48322816 Glazed 2x6mm ceiling to mid-grey Ceiling height: 1: 3 Floor 45 (Light) Wall construction wall 2 13.5 0.2 2.7 A m Solarban Solar 2.25 chairs (UPHOSTERED) 6 0.3 1.8 m A A m w W m m m ceiling 0.5angle to sky (Ø) 67.5to 40 degrees.

Reflectance panes, Low-E mTimber 4.3 c. maintaining all factors as example135 2a but reducing w D Window area: wall 1 17.1 0.2 Area(m2) R Finish Control Double 3.42 Floor/Ceiling Construction clad (Dark TOTAL 134.1823 5 Wall 1 0.8 Steel Frame 0.8 0.74 70 2 Values C floor 135 0.3 40.5 Solarban Solar a. increasing glazed window area to 31.5m (equivalent to glazing the entire length of the long wall to Glazed 2x6mm 7.32 Finish) Wall construction 2: wall 3 36.6 0.2 Timber clad Dark Concrete 0.3 59.46725 17.840175 Concrete Smooth Zone 1 m m &D w m A A A walls+door 101.24 0.2 value for20.248 KDA313 326 LA d na13.5 o D Mam Dew bu Control Double 3.

Comment your findings current considering: RT=on 0.482925095 Light Concrete 0.6 59.46725 35.68035 2.1m high) and retaining finishes (assume same Ø) Concrete Rough (Light) A A m w 2 W Coo m Wall 1 0.8 Steel Frame 0.8 0.74 70 Wall construction 1: m wall 0.2panes,4Low-E 2.7 w Timber cladA Solarban Solar C w D windows 7.272 0.09 0.6543 Qualitative Glazed 2x6mm Light Concrete 1.4 69.635 97.489 Concrete Rough Seme e One 2017 Quantitative m but changing floor surface to dark timber and walls and b. a) maintaining glazed window area at 31.5 (Light) Wall construction 3: Windows 4.3 0.06 Timber clad (Dark Control Double 0.258 White Finish 0.84 4.825 4.053 Dining & Acoustic Panelling What does daylight factor from mean?

Adapted AS1680.1 (Lighting needs) Adapted from N2107 (Acoustics) Zone 2 panes, Low-E chairs (HARD) 22 0.24 5.28 6 Wall 1 0.8 Steel Frame 0.8 0.74 70 O & D S hoo o A h e u e Un e o Ta man a Scanned by CamScanner Finish) Glazed 2x6mm 7.32 Wall construction 2: wall 3 36.6 0.2 ceiling to mid-grey Dark Concrete 0.2 62.46 12.492 O &D Concrete Smooth Dark Grey Lounge b) Which scenario (if any) provides adequate 6daylight levels (given that appropriate DF Optimum Solarban Solar chairs (UPHOSTERED) 0.3 for a teaching 1.8spaceColour Colour RecommendedPlywood Flooring Wood(Light) 0.4 12 4.8 panes, Low-E 3.84 Indoor Entry Reflectance Concrete Smooth c. maintaining all factors as example 2a but reducing to factors sky134.1823 (Ø)affecting toof40Rendering degrees.

Required light Unformity Sound Chairs 16 0.24 Floor finish: Timber clad Concrete range isArea\ 2-5%)?

Discuss your findings in levels relation to angle theplane key daylight Temperature quality. Include an levels (dBA) max Reverberation Area(m2) R Finish Control Double Floor/Ceiling Construction TOTALwork Factors Solarban 5 Solar Wall 1 0.8 Steel Frame 0.8 0.74 70 Concrete Values Dimensions of space light tasks Comfortability over periods of time (AS1680.1) height min (Light) Wall construction 3: Windows 4.3 0.06 0.258 Steel Frame analysis of the relative Appropriate proportion of(lux) window area tolevels floor areafor forIlluminance light surface&finishes.

Doors: total 33.288 Glazed 2x6mm Range (K) Index Time (s) Control Double Dark Concrete 0.3 59.46725 17.840175 Concrete Smooth 7 Wall 1 2.38 Timber Frame 0.8 m 0.74 70 Zonehazards, 1 of vertical surroundings correctly related Safety- recognition of warning signs and safe 0.6 The RT= surface areathe considering: c) How findings might buildingLuminance context affect the angle(mm) of sky seen from window and the glass maintenance 3. Comment on your panes, Low-E Dark Grey Glazed 2x6mm Light Grey Rough 0.482925095 Service Area Light Concrete 59.46725 35.68035 Concrete Rough Food Preparation 240 800 0.7 80<CRI<90 8000<x<9000 45 50 0.4< x <1.0 w m A A A factor? panes, Low-E0.648882 to task (AS1680.1 Part7502.2.2.2) pathways Appropriate visual environment Solarban Solar and volume of the Smooth Chairs 16 0.24 3.84 finish: Concrete Finish Ceiling: RT= Light Concrete 1.4 69.635 97.489 A ENTRY A A m COATED w WCEMENT m m Concrete Concrete Rough w Dining Zone 240 0.5 80<CRI<90 8000<x<9000 45 50 0.4< x <1.0 D N NG AREA BAUX ACOUST C CUBES N m 300MM TH CKEPOXY READ T Floor MBER STORAGE mConcrete NTERNAL SOLARBANwSOLAR CONTROL DOUBLE d) What issues need to be considered in the relationship between daylight factors and passive solar design in Solarban Solar DFOOT m A w A A m w Wtotal N m w D m NG TO A A m w W m NG Control Double A Client Notes: Steel White Finish 0.84 4.825 4.053 Mood visual environment Doors: space will dictate The function of the space directly affects 16 HardFrame Chairs Acoustic Panelling a) What does daylight factor mean?

Adapted from AS1680.1 (Lighting needs) Adapted fromand N2107 (Acoustics) Dining (Dining & Wall 1 0.8 Steel w Frame 0.8GREY 75MM 0.74 70 ZONE D 2 CONCRETE SHADES OF 50M RENDERED RE8 NFORCED CONCRETE 2.38 SLAB TO COM Control6Double33.288 240 80<CRI<90 45 50 0.4< x Zone <1.0 ENG NEERS UN TFurniture: FOR COAT relation to Lounge) window area, surface reflectance, vertical 750 angle of sky0.5 seen from window8000<x<9000 and transmittance C GLAZED 2X6MM PANELS Client Notes: Wall 1 Timber Frame 0.8 0.74 70 Glazed 2x6mm Dark Concrete 0.2 62.46 12.492 m m LOW E 6MM & D GAP Concrete Smooth Bar People : 20 Performance of physical tasks Light Grey Rough the number of the light levels needed for tasks to be b) Which scenario (if any) provides adequate daylight levels for a teaching space (given that appropriate DF Optimum Glazed 2x6mm m &D value?

Colour 8000<x<9000 Colour M Low-E 25MM WALL ABSORPT ON PLY W AS3600 & NCC VOL 2 STRUCTURAL NTEGR TY SPEC F CAT ON +250 HANG NG SUPPL ESm Wood(Light) 0.4 12 4.8 N BETWEEN STEEL FRAMED F XTURE panes, Lounge 320 500 Unformity 0.5 of 80<CRI<90 50 0.4< xRecommended <0.6 Plywood Flooring G D Concrete G D+100 Concrete Finish work Required light Sound levels (dBA) Ceiling: RT=panes, Low-E 0.648882 range isArea\ 2-5%)?

Discuss your performed, findings in levels relation to theplane key affecting daylight quality. Include an 45 (AS1680.1 Part 2.2.2.2) luminaires needed the values canfactors be identified in AS Factors Rendering Temperature max Reading Zone 320 750 0.7 80<CRI<90 8000<x<9000 40 45 0.4< Reverberation x <1.0 ABN #Contact ID Solarban Solar 0 55 ATTACHED TO COEFF OF BU LD NG AS PART OF RE NFORCEMENT NSET 100MM FROM FACE OF WALL Solarban Solar (lux) height min Furniture: 16 Hard Chairs analysis of in the relative proportion of window area to floor area lightend surface finishes.

Fill the attached proforma and submit to MYLO Dropbox byIlluminance the of class Week 2 8000<x<9000 Absorption to achieve desired ABN #Contact ID Range (K) Index Time (s) Service Area 1680.

240 750for 0.7 80<CRI<90 45 50 0.4< x <1.0 Control Double Project Name Control 7Double Address: #Contact Full Address (mm) Wall 10.74 2.38 Timber Frame 0.74THAT 70 T MBER GR0.8D FRAME 9 Wall 5a 1.6 Steel coefficient Frame 0.8 70 U VALUE 3 3 SHGC VALUE = 0 27GLASS People : 20 Area 240 1200seen from 0.5 80<CRI<90 50 0.4< x <1.0 c) How the building Bar context affect the vertical angle of sky window and the8000<x<9000 glass maintenance 45 P Address: +#Contact#Contact Phone Number | F +#Contact Fax | Project Name lux might levels.

Client Notes: Glazed 2x6mm Glazed 2x6mm Full Address Food Preparation E P#Contact E-mail | Number | F +#Contact Fax | Food Preparation 240 800 0.7 80<CRI<90 8000<x<9000 45 50 0.4< x <1.0 C Circulation 240 0 0.3 +#Contact Phone DOUBLES AS BOOKSHELF Client Notes: TRANSM TTANCE LEVEL=0 7 (m2)/Quantity /sabins Surface factor? panes, Low-E Total panes, Low-E WE #Contact #ContactWeb E-mail | 31/05/2017 Dining Zone 240 750 0.5 80<CRI<90 8000<x<9000 45 50 0.4< x <1.0 Kitchen Plot Date: Solarban Solar 5.0145 m W #Contact Web Zone: Reading Zone m2/quantity Ceiling 16.715 0.3 Absorption d) What issues need to be considered in the relationship between daylight factors and passive solar design in Solarban Solar Client Notes: 05/06/2017 GSEducationalVersion Linolium Plot Date: Reflectance values of interior surfaces & Desired feel of space Freedom from unwantedABNreflection and Cut-off Angles for Control Double Dining (Dining & Client Dining Area Notes: #Contact ID W w 10 Wall 5a 1.6 Steelcoefficient Frame 0.1 0.8 0.74 70 Area Control Double 240 80<CRI<90 45 50 0.4< x <1.0 Floor area: 16.715 Floor 16.715 1.6715 relation to Lounge) window area, surface reflectance, vertical 750 angle of sky0.5 seen from window8000<x<9000 and transmittance GSEducationalVersion 8 Wall 1 2.38 Timber Frame 0.8 0.74 70 m A A Glazed 2x6mm m A A A m w W N m w D #Contact ID Glare Control Methods (AS1680.1 Part based on warm cold or glare (AS1680.1 Part ABN 2.2.2.2) partially closed Concrete Project Name Glazed 2x6mm (m2)/Quantity /sabins w A m W Surface Address: #Contact Full Address Ceiling height: 3 Wall 1 18 0.06 1.08 value? panes, Low-E Total Lounge 320 500 0.5 80<CRI<90 8000<x<9000 neutral 45 P +#Contact PhoneFull Number | F +#Contact Fax | Project Name Address: #Contact Address lighting 50 0.4< x <0.6 luminaires (AS1680.1 2.2.2.2) Desirable reflectance value for Techniques: panes, Low-E O D D Solarban Solar5.0145 Zone: Reading Zone m2/quantity Ceiling 16.715 0.3 ABN #Contact ID C Window area: 4.32 Wall 2 10 0.5 5m E +#Contact #Contact E-mail P Phone| Number | F +#Contact Fax | BTD5/ILA m M M ABN #Contact ID Reading Zone 320 80<CRI<90 8000<x<9000 40 45 0.4< x <1.0 W W Table 8.1, m 750is 0.8, 0.7 Wwindows #ContactE-mail Web | Solarban Solar Control Double E #Contact appropriate large ceilings near white Colour rendering group Reducing the size of Project Name Floor area: 16.715 Floor 16.715 1.6715 Plot Date: 31/05/2017 11 Wall 5a 1.6 Steel Frame0.1 0.8 0.74 70 Fill in the attached and submit to MYLO Dropbox of class80<CRI<90 Week 2 8000<x<9000 Address: #Contact Full Address Semester One 2017 Client Notes: Serviceproforma Area 240 750by the end 0.7 45 50 0.4< x <1.0 Project Name W #Contact Web Reading Address: #ContactZone Full Address w Glazed 2x6mm Control Double +#Contact Phone Number F +#Contact Fax | Plot Date: 31/05/2017 GSEducationalVersion angle is 60°) ceiling. (AS1680.1 Partof0.5 6.3.2.3.) for cafe Installing curtains, PEblinds or | opaque School Architecture & Design, University of Tasmania 9 1.6 A Steel Frame 0.8 70 Ceiling height: 3 0.06 1.08m Wall 5a P +#Contact Phone Number | F +#Contact Fax | m A A A m w W Wall N m1 w D 18 A A m w 0.74 W m m Wall constructi #Contact E-mail | Bar 240 1200 80<CRI<90 8000<x<9000 1B suitable 45 50 0.4< x <1.0 Plywood panes, Low-E Glazed 2x6mm GSEducationalVersion w D E #Contact E-mail | 1

K

of

measured using a GLX Frame, Plywood Cladding operation light times. needed in one space compared to another. The program of Single Timber-Framed space. meter and has been Wall 2 Green Wall 0.2 12.6 2.52what type Window Internal Wall, Green-Wall different spaces in a “hybrid”cafe will determine of feel Reflectance recorded Wall Finish Area(m2) at 2700lux.

R Construction Layer

600 580 600 680

6.3.3.4.)

Recommended Gyprock Staggered Stud Wood (Dark) 0.1 Wallfloor 7 Wall, Timber Batten cavity reflectance Position Area (m2) Construction Cladding

Window Budget

A

SK03

The whole space is divided into 2 types of zones; lounge seating and long table dining. Specifically in the Lounge areas on opposite ends of the space, Optec Spotlight Track Lights are lined onto a track mounted from the ceiling and can be oriented to suit the mood and time of day.

In the long dining area, a design choice to feature rectangular suspended features from a suspended timber fixture is meant to align with the linearity of the space as well as illuminating the table tops adequately and to focus on the food presented *optimal for social media such as food photography. As the Kezu Slim System is dimmable, the intensity can be controlled to suit the amount of people in the space indirectly conserving energy when possible.

artwork:

my other interests in watercolour and sketching with pens, markers and colour pencils. This is how i express myself - a destressing mechanism along with some music, good wine and viola - luxurious peace.

Thank you.

Liz Nataska Foo lizzie1995@gmail.com +60476159001