4. TNO Smart Cities Concept
Smart City = Smart Organisation and Smart Evolution
A Smart City is a dynamic ecosystem of citizens, authorities, companies and
research centres that cooperate to develop products and services to foster
innovation with the aim to develop an attractive, competitive and sustainable city
5. TNO Smart Cities Concept
Smart City = Smart Organisation and Smart Evolution
A Smart City is a dynamic ecosystem of citizens, authorities, companies and
research centres that cooperate to develop products and services to foster
innovation with the aim to develop an attractive, competitive and sustainable city
8. TNO Smart Cities Approach
An integrated approach
• Trans-sectoral
• Multidisciplinary
in cooperation
• Innovative combinations
• Shared value
leading to solutions with measureable impacts
• “City Dashboard”
• Ex-ante/Ex-post evaluations
• Smart use of data
http://www.provo.org
9. Groningen/Assen:
• Smart City Infrastructure
• Localised Health Services
(age-friendly environment)
• Sensor City Mobility
Amsterdam – Almere:
• Governance and Innovation
Powerhouse
• Self-sustaining neighbourhoods
• Smart Networks – waste, energy,
water
• Big data value centre
Den Haag:
• Localised Health Services
• Smart crowd and crisis
management
• Environmental & social quality
Rotterdam:
• Self-sustaining neighbourhoods
• Localised Health Services
• Multi-modal, local logistics
• Smart Networks – waste, Eindhoven / Hemond:
energy, water • Dutch Test Site for
Cooperative Mobility (DITCM)
• High Tech Automotive
Campus
10. TNO in EU Activities related to Smart Cities
ENERGY MOVE RTD CONNECT
Cross-thematic & -sector
JPIs
Other EIT KICs
EU Networks
11. Examples
Urban Strategy Tool
Visualisation of the effect of new buildings, roads, etc on mobility flow,
emissions and noise.
What is the effect on mobility when a road will be blocked, a tunnel will
temporarily be closed for maintenance, etc.
Used for analyses of infrastructural projects for and prediction of effects
Near real-time model response for collaborative exploration and decision
making
<- road intensity
Noise intensity->
12. Examples
Green Multi Criteria Dynamic Traffic Management:
Safety – traffic flow – emissions + air quality
REAL TIME monitoring & control with high frequency Noise, Traffic flow,
Emissions. Ability to directly react on situation by changing e.g. traffic lights.
See the impact on the whole city or city area. Find the best scenario with
the best combination of noise, traffic flow and emissions
<- Real time
emissions per
road segment
Scenarios ->
13. Examples
Information services (KATE)
Smart phone app for personal trip advisory,
based on your agenda
Visibility for public authorities and
companies regarding travel behaviour
This info can be used to improve the
mobility services, like Park and Ride
facilities
Construction Logistics
In urban areas there is a need for smart
solutions to deliver or remove good from the
city centres in combined, time independent
way.
TNO has tools for Smart Logistics and
steering mechanisms
17. Examples
Smart City Travelling
Smart
City
Travelling 0
1 3
4 2. Emissions
monitored
3. Real time travel
information
4. Optimised traffic
lights
2 4
18. Examples
Smart City Travelling
Smart
City
Travelling 0
1 3
4 5. Parking space
booked / available
6. Onward journey by
public transport
(etc)
5
2 4
6
Special thanks to: Joost Adriaanse, Ewoud Werkman
20. Links to Living Labs in the Netherlands
Clean Tech Delta
Energy efficiency, water and deltatechnology,
sustainable energy generation, sustainable mobility,
efficiency of materials in regions Delft/Rotterdam
(www.cleantechdelta.nl)
Sensor City in Assen
Innovation Platform for living lab Assen
(www.sensorcity.nl)
Sensor technology for mobility
DITCM Dutch Integrated Test site Cooperative
Mobility in Helmond
ITS for mobility communication systems
(www.ditcm.eu)
Amsterdam, Den Haag, Rotterdam &
Groningen
Mobility, Healthcare & Environment
Powermatching technologies
Almere & Enschede
Organisation & ICT