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Building Technologies Accelerator
Overcoming market barriers through open innovationKatrin Hauser
Climate-KIC started in 2010…KEY
Co-location centres
Regional Implementation and Innovation Centres
Outreach regionsClimate-KIC is the EU’s largest public private partnership addressing climate change
Mission: bring together, inspire and empower a dynamic community to build a zero carbon economy
Vision: to enable Europe to lead the global transformation towards sustainability
We drive innovation in climate change through creative partnerships large and small, local and global, between the private, public and academic sectors
Climate-KIC Partners
Climate-KIC:The split across the three sectors is approximately:
30Core partners
>100Total partners
Business
Academic
Public andnot for profit
50%
30%
20%
Climate-KIC Themes
Urban transitionsSustainable
Production SystemsDecision Metrics
& FinanceSustainable Land Use
While there have been major technological
breakthroughs, the challenge is to:
• demonstrate them in real-world settings
• Incorporate City authorities and increasingly
corporate actors in any innovation endeavor
• Drive and replicate innovation effectively and to
render our cities more responsive
Strategy & Focus Urban Transitions
Urban Innovation
Create impact opportunities throughout
the entire real estate value chain, design
strategies to overcome market barriers and to
accelerate the up-take of innovative low carbon
refurbishment solutions
Picture: © Mario Carocari / ETH Zurich
Building Technologies Accelerator
BTA - Objectives
Accelerate the market dissemination of
innovative low carbonbuilding solutions
Create new businesses and jobs in the building
sector in Europe through climate
innovations
Establish a self-driven network of market players
with the mind-set and decisiveness to invest in
sustainable buildings
Stimulate investmentsinto refurbishments
Deliver significant reduction in GHG emissions through the BTA programme.
Market Barriers
Limited scope of innovation
Lack of capital mobilized and lack of price of resilience of assets
Lack of skills
Various decision takers along the value chain and not all engaged
Lack of demand and knowledge due to missing data
BTA ApproachMarket acceleration of low carbon building solutions & stimulation of financial investments into refurbishments.
Sourcing & Assessing
DemonstrationConnecting &
Upscaling
Solutions CommercialisationLiving Labs
Evidence Base
Market Data
Geographical Growth 2014 - 2019
Living Labs
Academic Partner
Industry PartnerReal Este Owner
Real Estate DeveloperArchitectsInvestors
2016 2017 -2019
Market Briefs & Labs
Refurbishment Projects
BTA Market Labs & Round Table Events
Identify market barriers to implement business models and low carbon
solutions for replicable refurbishments
Debate with selected market stakeholders and field experts to define
a local transformation action plan
Share best practices with representatives of universities, industry, government,
SME’s, investors and innovators
If you are interested in the implementation of low carbon technologies, you are welcome
to join our Market Labs and Round Tables!
ETH House of Natural ResourcesDevelopment, testing, implementation, monitoring and showcasing of structural elements made of wood and façade systems.
Specifications• A real life office building: ETH Zurich’s research laboratory
for sustainable construction using hardwood.
Location: Zurich, SwitzerlandWebsite: http://www.honr.ethz.ch
Partners includeETH Zürich – Häring AG – Federal Office for the Environment – FOEN – Swiss Commission for Technology and Innovation CTI
Technical focus
• Structural wooden elements, Façades
• Post-tensioned timber frames
• Hybrid composite slabs
• Wooden façade surface protection
• Adaptive solar façade
Picture: © Marco Carocari / EHT Zurich
Green VillageAccelerate radical innovation of systems for a sustainable future.
Technologies
• Green buildings, circular buildings, energy efficiency, electric transport, smart heat grids
• Clean energy, water and air production
• Waste as resource
• The international award winning Prêt-à-Loger house
Partners include
TU Delft – City of Delft – Shell – Eneco – TNO – Cisco
Location: TU Delft, the NetherlandsWebsite: www.thegreenvillage.org
Services
• Science park: strong connection industry and university
• Sustainable, entrepreneurial community
• Radical innovation
• Rule free zone (for several building and energy regluations)
Picture: © The Green Village
HSB Living LabA modular Living Lab to create knowledge of a more sustainable lifestyle in the home. An arena for research and demonstration.
Partners include
HSB Housing Corporation – Johanneberg Science Park – Chalmers University of Technology
Location: Gothenburg, SwedenWebsite: https://www.hsb.se/kampanjer/hsblivinglab/
Specifications• 29 apartments, home to 30-40 students and researchers
• Flexible and portable modules
• Focus on design, behaviour, construction and materials
• Co-creation setting to test and develop sustainable home innovations
• >2000 sensors to measure energy and material flows and monitor human/technology-interaction and behavior impacts
Technical focus
• Technology-Behavior-Interactions
• Innovative wall elements and façades
• Home automation
• Next Generation Building Envelope Systems (NGBES)
• Home Energy Management systems (HEM)
Picture: © Tengbom Arkitektur
SolutionsClick a button to read more about the solutions
Low Carbon
Materials &
Circular Economy
Scalable
Refurbishment
Solutions
User
Oriented Energy
Management
Low Carbon Materials & Circular EconomyClick a button to read more about the solutions
Post Tensioned Timber Structures Hybrid Composite Slabs
Wooden Surface Protection 2nd Skin
Envelopes without Border
Post-tensioned timber frameAn eco-friendly alternative to reinforced concrete or steel frame structures.
How it works• Pre-stressed tendon connects glulam columns to glulam beams
• Fast assembly
• Easy building construction
• Pre-fabricated elements guarantee high quality
• No additional steel elements are required
Leading institutionETH Zurich
Target marketConstruction companies, architectural and engineering firms
Living Lab: ETH House of Natural Resources
Picture: © ETH Zurich
Hybrid Composite SlabsReduce CO2 emissions by replacing concrete with eco-friendly renewable timber.
How it works• Made of thin laminated veneer lumber (LVL) using beech
wood plates (thickness 40-60mm) and a concrete layer on top (thickness 120-160 mm)
• LVL plate acts as formwork during construction and as tensile reinforcement during the lifetime of the building
• No additional steel fasteners due to omposite action between timber and concrete with notches
• Fire resistance and sound insulation requirements fulfilled
• A cost-competitive and effective alternative to reinforced concrete
Leading institutionETH Zurich
Target marketHome owners, commercial building owners (incl. offices, hotels)
Living Lab: ETH House of Natural Resources
Picture: © ETH Zurich
Wood Facade Surface ProtectionA sustainable high quality and durable wood coating
How it works• High quality alternative to traditional wood impregnations and
coatings
• Improved protection of the original wood colour
• Repels water
• Based on thin coatings containing UV absorbing particles
• Fewer cracks due to hydrophobic surface properties
Leading institutionETH Zurich
Target marketHome owners, commercial building owners (incl. offices, hotels)
Living Lab: Implemented in the ETH House of Natural Resources
Picture: © ETH Zurich
2nd SkinLightweight and low disturbance building renovation
Living Lab: -
How it works• A pre-fabricated, lightweight building envelope for renovation
• Fast and easy installation
• Integration of heating, cooling, ventilation and energy-generating
• Minimal disturbance: during maintenance and installation occupants can stay in their home
• Suitable for large-scale implementation
Leading institutionTU Delft
Target marketPos WWII multi storey apartment buildings
Picture: © 2nd Skin consortium
Envelopes without bordersOptimal building envelopes for subtropical regions
How it works• consists of an external insulation layer made up of wood fibre
board, cross-laminated wood panel as the structural layer,
• interior finishing layer composed of wood and clay
• moisture vapour can move through the wall in both directions
• by defining the appropriate thickness for each layer of insulation, it is possible to avoid moisture-related problems inside the wall through humidity buffering
• depending on the degree of prefabrication of the load bearing panels, construction could be significantly faster than for conventional buildings
Leading institutionChalmers University
Target marketHome owners, commercial building owners (incl. offices, hotels)
Real World Test Bed - Omihachiman Japan
Picture: © Chalmers University
Recommendation? Invitation!
Connect with Climate-KIC in our market led approach to accelerate the rollout of wooden construction.
The more relevant marketplayers we can mobilse the faster we will generate systemic impact.
