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Vienna, May 8, 2014
Wolfgang Knoll, Managing Director AIT
AIT-supporting the industry
AIT Austrian Institute of Technology
The Austrian research institute with a European format, focusing on key infrastructure issues of the future.
Owners: 50.46% Republic of Austria BMVIT Federal Ministry for Transport, Innovation
and Technology 49.54% Federation of Austrian Industries
Employees: 900 plus >200 Master/Diploma Students, PhD, Postdocs2
Position in the Austrian Innovation System
INNOVATING
INFRASTRUCTURE SYSTEMS
Wolfgang Knoll | Managing Director AIT Austrian Institute of Technology
Boundary Conditions for AIT Innovation Strategy
AIT
Global influencing factors &
opportunities
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Global GDP Development
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Source: Goldmann Sachs
Consequence
Europe represents a single digit of world GDP Cost intensive launch of new technologies in
Europe and roll out in BRICs will decline because of shifts in income & economic power
Large companies´ strategies follow global developments
Europe´s core competence: ability to model, design and implement complex systems
817.02.2014
Boundary Conditions for AIT Innovation Strategy
AIT
European research &
innovation policy
Global influencing factors &
opportunities
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2050 Target: 80% Reduction of CO2 Emission
-80%
Boundary Conditions for AIT Innovation Strategy
AIT
National RDI strategies &
impact for LCUs
European research &
innovation policy
Global influencing factors &
opportunities
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Boundary Conditions for AIT Innovation Strategy
AIT Strategy
AIT achievements
market & scientific
National RDI strategies &
impact for LCUs
European research &
innovation policy
Global influencing factors &
opportunities
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Sectoral development
Innovating infrastructure systems
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Global influencing factors
Sectoral structure and stakeholders
Policy targets e.g. grand challenges
TechnologiesKET
AIT approach
Technologies
Methods
Research Infrastructure
Public Stakeholders
Infrastructure Providers
Lead Industry
FTI-Policy
System scenarios & strategies
Providing scenarios and strategies based on sectoral knowledge, system needs and
technological options
Business Case
enabling solutions
User
Customers
Business Case
enabling solutions
Business Case
enabling solutions
Innovation needs of infrastructure systems
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ENERGY
• Integrated Energy Systems
• Energy Infrastructure
MOBILITY
• Transportation Infrastructure
• Low- emission Transport
• Multi-Modal Mobility Systems
SAFETY & SECURITY
• Intelligent Vision Systems
• Future Networks and Services
• Highly Reliable Software and Systems
HEALTH & ENVIRONMENT
• Biomedical and Biomolecular Health Solutions
• Resource Exploitation & Management
INNOVATION SYSTEMS
• Technology Experience
• Foresight &Governance
Research focuses on the infrastructure issues of the future
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Smart City Vienna –
the beginning of a success story
European position Agenda Setting & Development of the topic EERA (European Energy Research Alliance) Joint Programme
Smart Cities European Innovation Partnership on Smart Cities and
Communities
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Energy Department: Coordination of the EERA Joint Programme Smart Cities
1707.05.2014
64 research organizations from 16 European countries 19 full participants 29 associated participants
2 umbrella organisations UKERC (UK, consortium of 8 partners) BERA (Belgium, consortium of 10 partners)
5 industrial partners (ENEL, Ericcson, Telecom,Loccioni, Acciona)
Total contribution of resources: 212.05 py/y SP 1: Energy in Cities (39.85 py/y) SP 2: Urban Energy Networks (65.10 py/y) SP 3: Energy-efficient interactive Buildings (76.35 py/y) SP 4: Urban City-Related Supply Technologies (30.75 py/y)
European position Agenda Setting & Development of the topic EERA (European Energy Research Alliance) Joint Programme
Smart Cities European Innovation Partnership on Smart Cities and
Communities Development of topic scientifically/in research terms
Smart City Wien TRANSFORM
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TRANSFORMation Agenda for Low Carbon Cities
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Vienna Amsterdam
GenoaHamburg
Copenhagen Lyon
Outcome
SWOT analysis of all cities and their surroundings
Transformation agenda based on SWOT, quantitative & qualitative models
Implementation plan on district level
“Smart Energy City Handbook” for replication
Decision support model
Smart City – a variety of research questions need to be addressed
2007.05.2014
Smart City
Urban EnergyMaster Plan
Smart Mobility
Smart Grids, SupplyTechn.
Smart Buildings
Waste mgmt.
Stake-holder
process
RenewablesDistributed generation
Energy efficiency
Low carbon transportSmart applications for ticketing
Intelligent traffic mgmt. and congestion avoidance
Demand managementTravel information and communication, etc.
Net zero energyNet zero carbon emissionsRetrofitting of existing building stock
Public participationSocial innovation
Smart Urban Living labsSustainable and participatory urban
planning Heating and Cooling: Biomass, solar thermal, geothermal; Hybrid H&C systemsElectricity: Smart grids – renewable generation, electric vehicles charging, storage, demand response and grid balancing. Smart metering and energy mgmt. systems.Smart appliances to foster local RES electricity production (esp. PV, wind)
Efficient logistics for packaging, selling and doing shopping
Differentiate garbage and use it for producing energy
Minimise quantity of waste production and maximise quality of it
European position Agenda Setting & Development of the topic EERA (European Energy Research Alliance) Joint Programme
Smart Cities European Innovation Partnership on Smart Cities and
Communities Development of topic scientifically/in research terms
Smart City Wien TRANSFORM
Opportunities of the booming Smart city Vienna for industry New business models New services (e.g. apps, mobility services, data – open data, …) New infrastructure who supplies/builds? Service sector ….
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Smart Energy Vision 2050
Smart City Vienna – a Stakeholder Process
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Roadmap for 2020 and beyond
Action Plan 2015
Qualitative Quantitative
CO2 Energy Efficiency Renewables Modal split
Scenarios Business as usual Low carbon …
Impact of technologies and measures
Measures Demonstration projects
Resources
Innovation Quality of life
Energy
Mobilty
Infrastructure
Buildings
Education
Economy
Research, technology, innovation
Environment
Health
Social inclusion4
core
area
s
3 dr
ivin
gfo
rces
3 dr
ivin
gfo
rces
Long-term framework strategy for Vienna as Smart City is being developed Steering group
Assigned by mayor Michael Häupl Under the direction of Magistrate Erich Hechtner Direction of the internal working group for the operative implementation:
Ina Homeier (MA 18) …
Expert advisory board Brigitte Bach (AIT, chair) Rudolf Scheuvens (TU Vienna) Verena Madner (WU Vienna) Andreas Knie (InnoZ) Robert Horbaty (ENCO)
Smart City Wien – a best practice example
Framework strategy
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Smart City Vienna
New business modelsNew services
New infrastructure
Service sector Cultural sector
…Who can benefit of the "booming Smart City Vienna"?
Invitation to a deeper discussion
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Smart City Vienna
New business modelsNew services
New infrastructure
Service sector Cultural sector
…Who can benefit of the "booming Smart City Vienna"?
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AIT Research Areas and Fields in Future Infrastructure Themes
Energy Mobility Innovation Systems
.Safety & Security
Health & Environment
Energy Infrastructure Smart Grids Smart Buildings Photovoltaics Thermal Energy
Systems
Transportation Infrastructure Environmentally-friendly
transport infrastructure Cost-effective and
resilient transport infrastructure
Innovative road infrastructure safety strategies
Intelligent Vision Systems Multi- Camera Vision High-Speed Imaging
Resource Exploitation and Management Exploitation of Biological
Resources Microbial Detection Green Processes
Biomedical & Biomolecular Solutions Preclinical and Clinical
Diagnostics Molecular Diagnostics AAL Ambient Assisted
Living Advanced Implant
SolutionsIntegrated Energy Systems Smart Cities and
Regions Complex Energy
Systems
Low-emission Transport High performance
material Light-weight design of
vehicle components Sustainable process
Future Networks and Services Advanced Applications
in Sensor Networks Next-Generation
Content Management Systems
Secure Information Access in Distributed Systems
Highly Reliable Software and Systems Assessment and
Testing of Autonomous and Safety-Critical Systems
Technology Experience Contextual Experience Experience
Foundations
Foresight & Governance New R&I Processes
and Systems Anticipatory
Governance
Dep
artm
ent
Res
earc
h Ar
ea a
nd R
esea
rch
Fiel
d
Multi-Modal Mobility Systems Human factors for
personal mobility Integrated
management of transport systems
Real-time dynamic management of transportation systems17.02.1014
Aspern - Smart City services of AIT
Concept development & planning Scientific support for stakeholder engagement and processes Concept design and planning support (e.g. development of low carbon action
plan) Recommendations to existing master plans Assessment of status quo and energy scenario development (e.g. energy
flows, energy generation – distribution - demand, CO2 emissions) Implementation & demonstration
Design briefs and urban design guidelines Scientific planning support for the integration of renewable energy sources
Operation & monitoring Development of monitoring methodology Analysis, interpretation of data => recommendations about energy efficiency
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