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This may be the author’s version of a work that was submitted/acceptedfor publication in the following source:

Susilawati, Connie, Miller, Wendy, & Mardiasmo, Diaswati(2017)Sustainable housing innovation toolkit. In12th World Congress on Engineering Asset Management and 13th Inter-national Conference on Vibration Engineering and Technology of Machin-ery, 2017-08-02 - 2017-08-04.

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Sustainable Housing InnovationToolkit

3 August 2017

Outline

• Background• Summary of Project• Partners• Multidisciplinary team• Outputs• Toolkits development

Summary of ProjectMain Actions Impacts

Behaviours, culture, practices Builders’ and buyers’ practices and processes

Building processes Prefab building processes

Building performance Electricity infrastructure

Building File Building information file and building value

Partners

• PRD Nationwide• Bondor• Townsvile City Council• Finlay Homes• Tall Trees/ Freedom/ Aveo

Stakeholders

• Local Government• Developer• Architect/ designer• Builder• Supplier• Real Estate Agent• Asset managers• Occupant• Energy industry

Multidisciplinary Team

• Architect• Business and Law• Civil Engineer• Electrical Engineer• Mechanical Engineer• Property Economics• Quantity Surveyor• System Engineer

PublicationsTeam member Conference papers Journal papers General Media / 

Industry Pub.

Wendy SBE2016 Hamburg SWC2017 (NZE/weather sensitivity)

J. Arch. Eng (SIPS)1 almost ready (V/PV)

The ConversationReNewRadio/Online

Connie Book chapter (2017 in pipeline)

Zakaria ICEERB (simulation)

Shi Yee ICEERBWCEAM2015PREES2016RICS‐COBRA2015WCEAM2017 (submit)

1 (JCP) ‐ submit Asti –presentation in 2015 at industry event

Aaron ICEERBAUPEC 2016 (1), 2017 (1)IEEE2015

1 (Energies) – inprocess

Australian Ageing Agenda (delayed)…

Sherif ICEERB,SHBE2015

CMEIJEBM

Behaviour, Culture and Practice

• The longer involvement of stakeholder in the building process, the outcome more sustainability performance

Electricity Infrastructure• Day time demand change high• Early morning and late evening not much demand change

• Summer and Winter change in mid‐day is almost 2 times compare other time

Building Design vs Performance

• Building Design– Simulation

• Checking As Built– Simulation– Performance

• Checking As Occupied– Performance

Annual Energy Balance Analysis (by time and magnitude)

Building Design vs PerformanceBuilding Simulation – as designed

17

1

37

1

4

38

31

4

22

6

12

17

46

44

25

50

48

20

6

49

15

40

33

14

2

3

3

3

11

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Main Living (1)

Bed 4 (7)

Patio (5)

Dining (2)

Main Bed (6)

Ceiling (8)

Room

Jun '14 to Sep '14 Temperature

<11.99 12‐13.99 14‐16.99 17‐19.99 20‐25.99

Evaluate Impact on Thermal Comfort

Air leakage (Infiltration)

Annual Energy Balance Analysis (by time and magnitude)

Thermal Leakage

Sustainability features

0

5

10

15

20

25

30

35

40

45

1 -StronglyDisagree

2 -Disagree

3 - NeitherAgree norDisagree

4 - Agree 5 -StronglyAgree

Perc

enta

ge (%

)

Home buyers are notinterested in sustainabilityfeatures

Home renters are notinterested in sustainabilityfeatures

Building Information and Value

• Building Passport– Local Government– Home owner/seller– Real Estate Agent– Home buyer/occupier

• Mapping• Advertisement• Transaction Data

Yes53%No

32%

Not sure15%

Real estate agents’ opinion on whether sustainability and/or "green" features add capital value to a house

Toolkits development

• For each stakeholder– 2 page ‘whole system’ summary (all strands)– 2‐4 page project summary (quantitative) for specific corporate reporting

– 1‐2 page practical notes / guideline / checklist– 1‐2 slides that stakeholder can use in presentations with their clients

– Short video (up to 2 minutes)

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