LSP : Copenhagen & Malmo- Architecture Creates Value

PeterAndreasSattrup
ArchitectMAAPhDSeniorAdviser-Sustainability
DANISHASSOCIATIONOF
ARCHITECTURALFIRMS
VALUECREATION,WELL-BEINGandLIFECYCLES
TheUrbanVision IndiavisitingCopenhagen

VALUE,WELL-BEINGandLIFECYCLES
Side 2

DanishAssociationofArchitecturalFirms
Side 3
Peter Andreas Sattrup Arkitekt MAA PhD Chefkonsulent Bæredygtighed
Mission: To strengthen the business
framework of Danish architectural firms
position, quality of work and professionalism
650 member companies
5000 member employees, architects,
landscape architects, building constructors,
technical and administrative staff
Kindergarten, Kerteminde
CEBRA architecture
Foto: Mikkel Frost

Sustainability@theDanishAssociationofArchitecturalFirms
Side 4
SUSTAINABILITY
business development
competences
tools
knowledge circular economy
communication
4 Focus Areas:
Business Development
Law and Insurance
Politics
Sustainability

Confidence
Side 5Peter Andreas Sattrup Arkitekt MAA PhD Chefkonsulent Bæredygtighed
BIG - West 57 New York USA. Henning Larsen Architects – Harpa Reykjavik Island

Evensmallarchitecturefirmsworkinternationally
Exports doubled
547 mio DKK 2012
1136 mio DKK 2015
Scandinavia is home market, but quite a
few offices work globally
Dansk arkitektur hædres ofte
internationalt for sit attraktive design,
funktionalitet og sociale omtanke.
AART – housing in Stavanger, Norway

Fundamentals:Body Health Energy Architecture Climate
Thermogram: Peter Andreas Sattrup Thermogram: Eternal Health Institute

Urbancomfort
Side 8

Politicalvision Denmarkasapioneering nation
Gradual increase of technical performance
standards beyond EU norms
Pushing innovation in architectural design
services and solutions
Pushing innovation in high performance
components

Urbanplanning
Side 10

Urbanmobility
Side 11

Learningfromexperience
Side 12

Culture

PeterAndreasSattrup,ArchitectMAAPhD,ChiefAdvisor-Sustainability
Climate Adaptation
Tredje Natur

Flash floods & heavy rains
Lindevangsparken, Marianne Levinsen

Storm protection, rising sea levels
Le Mur, Hasløv & Kjærsgaard
Foto: Mads Krabbe

Environmental Design, urban comfort
Abdullah Financial Dsitrict, Henning Larsen Architects

CASE:Cykelslangen Dissing&Weitling
health,socialcohesion,urbanlife,climate,resources,economy

CASE:Cykelslangen Dissing&Weitling
health,socialcohesion,urbanlife,climate,resources,economy
Used by 11.500 cyclists
every day.
Saves society 5 milion
DKK in wasted time

Energyefficiency
Side 20

Urbandensityandbuildingperformance
Side 21

Weneeddataaccess toenhanceperformance
Side 22
Open Big Data – Harmonise
reporting metrics across nation
states and between calculated
and achieved performance and
put in place disclosure
requirements to ensure the
rapid and continuous
improvement of energy
efficiency measures and
technologies.

Lifecycles thenextdimension
Side 23
Understanding the lifecycles of buildings is key
to successful retrofits and circular economy:
Some layers of buildings change more often
than others: The Structure of a building
changes very little while the building’s Skin
and Services are upgraded more often.
The patterns of change open up opportunities
for performance upgrades and up-cycling of
materials.

Lifecycles thenextdimension
Side 24

Ørestadenhousing
Side 25

ExperienceswithNZEBinDenmark
Side 26
Energy use
lifecycle 30 years
5x
2x
nZEB building
Traditional building
energy performance
Embodied
energy
Class 2020 is a step too far

Circulareconomycanturndemolitioncoststoupcylingprofits
Side 27
Costs
lifecycle 30 years
5x
2x
nZEB
Danish experience with
compulsory nZEB building
classes show that it is now easier
to find energy savings focussing
on embodied energy and
circular economy recycling
strategies than by focussing on
operational energy use
Design is key to succesful
solutions
Demolition costs
Upcycling profits

Behaviour amajorchallenge
Side 28
Incorporate the validation of
calculated EPCs with measured
operational performance data.
Only validated EPCs should be
used to underpin any financial
instruments or performance
contracting
Difference between calculated and measured energy
performance of Danish single family homes. (SBi 2016)

Smartbuildings requireintelligentdesign
Side 29
Recognise the need to target
improvements across all four
pillars of building performance:
consumption of natural
resources, indoor environmental
quality, occupant satisfaction and
value over the life-cycle of a
building;
Produce
Optimize
Reduce
$ $ $ $ $
$ $ $
$
Systems
Controls
Configuration

Whatisitworth?
30
Peter Andreas Sattrup Architect MAA PhD Senior Adviser
Architecturaldesign
”When the architect wants grass on the roof…
…who has the ‘can-it-be-sold-hat’on?”
EDC Real estate 2015

31
Photo by Jens Markus Lindhe
CASE:Moesgaard HenningLarsenArchitects

7x
32
CASE:Moesgaard HenningLarsenArchitects

Side 33
onsustainabilityandreduced
energyuse butalsoonthedailyoperation
andhowthebuildingstimulatescollaboration
LarsOstenfeldRiemann,Client
CASE:RambøllHq Mikkelsenarkitekter
Climate,resourcesurbanlife,economy

Meaning
34
Measurement

Side 35
CASE:EsbjergPsykiatri Arkitema
Photo by Arkitema
Forcedfixation reduced69%
61%reductioninuseoftranquilizers

Side 36
CASE:EsbjergPsykiatri Arkitema
health,economy,socialcohesion
CASE:AabenraaPsykiatri WhiteArkitekter
Photos by Adam Mørk
Workaccidentsreduced30%
Forcedfixation reduced27%

Valuecreation
37
Resourcemanagement
BENEFITCOST
Environmental
Social
Economic
Economic
Social
Environmental

Side 38
Carbonneutral
80%reductionoflifecyclecost
CASE:Jaegers Vandkunsten

Side 39
Costneutral
86%reductionofcarbonemissions
CASE:Up-cyclehouse LendagerGroup

Side 40
CASE:Ryesgade30 Krydsrumarkitekter
56%energysavings
Financedbycommunalrooftopterraces
Andattractiveatticapartments

Cost
Value
41
Graphics inspired by Henrik Bang 2016
operation
fabrication
design
idea
business costs
Business value
BUILT ENVIRONMENT USER ORGANIZATION

Side 42
CASE:VUCHaderslev AARTarchitects

Side 43
CASE:VUCHaderslev AARTarchitects
Productivity&learning,urbanliveability
Studentsandteachersverysatisfiedwithstudyenvironment
2xstudentscontinuetofurthereducation
Statistic:AnunemployedpersongettingajobisworthDKK200.000/yr
-Buildingpaidbackin3years?

PERSPECTIVES:TOOLSandMETHODS
Side 44
DESIGN FABRICATIONIDEA REUSEUSE
BEFORE DURING AFTER
KPIs PERFORMANCE ESTIMATES PERFORMANCE MONITORING

Indeklima, Bymiljø
Bokvalitet, Arbejdsmiljø
Friarealer, Natur, Klimasikring
Trivsel, Sundhed
Produktivitet, Læring
Sammenhængskraft, Byliv
Samfundsøkonomi
Investeringsafkast
Afledte økonomiske effekter
Ressourceforbrug
Cirkulær Økonomi
Miljøpåvirkninger – CO2
Sikkerhed, Arbejdsulykker
Social ansvarlighed
Gentrificering, ulighed
Anlægsøkonomi
Transaktionsomkostninger
Totaløkonomi
PERSPECTIVES:TOOLSandMETHODS
Side 45
SOCIALENVIRONMENT ECONOMY

Morecases&backgroundinformation:
www.danskeark.dk
Side 46
Authors: Peter Andreas Sattrup, Nanna Rose Broch, Karen Sejr, Cathrine Filia Trakossas, Mia Winther-Queen
Editor: Peter Andreas Sattrup
Advisory board: Mette Skjold, Torben Juul & Søren Nielsen.
Thanks to all the architectural firms and their collaboration partners who contributed!
Danske Arkitektvirksomheder – Danish Association of Architectural Firms 2017

LSP : Copenhagen & Malmo- Architecture Creates Value

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LSP : Copenhagen & Malmo- Architecture Creates Value