LSP : Copenhagen & Malmo- Architecture Creates Value

Peter Andreas SattrupArchitect MAA PhD Senior Adviser - Sustainability

DANISH ASSOCIATION OF ARCHITECTURAL FIRMS

VALUE CREATION , WELL-BEING and LIFE CYCLESThe Urban Vision India visiting Copenhagen

VALUE, WELL-BEING and LIFE CYCLES

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Danish Association of Architectural Firms

Side 3Peter 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, KertemindeCEBRA architectureFoto: Mikkel Frost

Sustainability @ the Danish Association of Architectural Firms


SUSTAINABILITY

business development

competences

tools

knowledge circular economy

communication

4 Focus Areas:

Business Development

Law and Insurance

Politics

Sustainability

Confidence


BIG - West 57 New York USA. Henning Larsen Architects – Harpa Reykjavik Island

Even small architecture firms work internationally


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

Urban comfort


Political vision Denmark as a pioneering nation


Gradual increase of technical performance standards beyond EU norms

Pushing innovation in architectural design services and solutions

Pushing innovation in high performance components

Urban planning


Urban mobility


Learning from experience


Culture


Peter Andreas Sattrup, Architect MAA PhD, Chief Advisor - 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 & Weitlinghealth, social cohesion, urban life, climate, resources, economy



CASE: Cykelslangen Dissing & Weitlinghealth, social cohesion, urban life, climate, resources, economy

Used by 11.500 cyclists every day.

Saves society 5 milion DKK in wasted time

Energy efficiency


Urban density and building performance


We need data access to enhance performance


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.

Life cycles the next dimension


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.

Life cycles the next dimension


Ørestaden housing


Experiences with NZEB in Denmark


Energy use

lifecycle 30 years

5x

2x

nZEB building

Traditional building energy performance

Embodiedenergy

Class 2020 is a step too far

Circular economy can turn demolition costs to upcyling profits


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 a major challenge


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)

Smart buildings require intelligent design


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

What is it worth?30

Peter Andreas Sattrup Architect MAA PhD Senior Adviser

Architectural design

”When the architect wants grass on the roof…

…who has the ‘can-it-be-sold-hat’on?”

EDC Real estate 2015

31Peter Andreas Sattrup Architect MAA PhD Senior Adviser

Photo by Jens Markus Lindhe

CASE: Moesgaard Henning Larsen Architects

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CASE: Moesgaard Henning Larsen Architects

Side 33Peter Andreas Sattrup Architect MAA PhD Senior Adviser

on sustainability and reduced energy use but also on the daily operation and how the building stimulates collaboration

Lars Ostenfeld Riemann , Client

”There’s a focus on sustainability and reduced energy use – but

CASE: Rambøll Hq Mikkelsen arkitekterClimate, resources urban life, economy

Meaning

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MeasurementPeter Andreas Sattrup Architect MAA PhD Senior Adviser

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CASE: Esbjerg Psykiatri Arkitema

Photo by Arkitema


Forced fixation reduced 69%61% reduction in use of tranquilizers

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CASE: Esbjerg Psykiatri Arkitemahealth, economy, social cohesion

CASE: Aabenraa Psykiatri White Arkitekter

Photos by Adam Mørk


Work accidents reduced 30%Forced fixation reduced 27%

Value creation

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Resource managementPeter Andreas Sattrup Architect MAA PhD Senior Adviser

BENEFITCOSTEnvironmentalSocialEconomic

Economic Social

Environmental

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Carbon neutral80% reduction of life cycle costPeter Andreas Sattrup Architect MAA PhD Senior Adviser

CASE: Jaegers Vandkunsten

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Cost neutral

86% reduction of carbon emissionsPeter Andreas Sattrup Architect MAA PhD Senior Adviser

CASE: Up-cycle house Lendager Group

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CASE: Ryesgade 30 Krydsrum arkitekter


56% energy savingsFinanced by communal rooftop terraces

And attractive attic apartments

Cost

Value

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Graphics inspired by Henrik Bang 2016


operationfabrication

design

idea

business costs

Business value

BUILT ENVIRONMENT USER ORGANIZATION

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CASE: VUC Haderslev AART architects



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CASE: VUC Haderslev AART architectsProductivity &learning, urban liveability

Students and teachers very satisfied with study environment

2x students continue to further educationStatistic: An unemployed person getting a job is worth DKK 200.000/yr

- Building paid back in 3 years?Peter Andreas Sattrup Architect MAA PhD Senior Adviser

PERSPECTIVES: TOOLS and METHODS

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DESIGN FABRICATIONIDEA REUSEUSE

BEFORE DURING AFTER

KPIs PERFORMANCE ESTIMATES PERFORMANCE MONITORING


Indeklima, Bymiljø Bokvalitet, Arbejdsmiljø

Friarealer, Natur, Klimasikring

Trivsel, SundhedProduktivitet, Læring

Sammenhængskraft, Byliv

SamfundsøkonomiInvesteringsafkast

Afledte økonomiske effekter

RessourceforbrugCirkulær Økonomi

Miljøpåvirkninger – CO2

Sikkerhed, ArbejdsulykkerSocial ansvarlighed

Gentrificering, ulighed

AnlægsøkonomiTransaktionsomkostninger

Totaløkonomi

PERSPECTIVES: TOOLS and METHODS

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SOCIALENVIRONMENT ECONOMY


More cases & background information:

www. danskeark.dk

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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
