Conference of Isam Shahrour concerning the Lessons learned from a large Scale demonstrator of the Smart Campus (SunRise). The conference presents the history of the project and then why the Campus of the University is interesting to build a demonstrator of the Smart City. The lessons learned from this project are presented.

1. Smart Campus: Lessons learned from
large Scale Demonstrator
Professor Isam Shahrour
Coordinator of SunRise Smart City Project
Isam.Shahrour@univ-lille1.fr
Green Building and Sustainable Development
6 – 7 October, 2016
PERM, RUSSIA

2. Campus Smart
Innovative solution
• Digital technology
• Social innovation
- Specific challenges
- Model for cities
- Living Lab

3. Why the Campus ?
Smart Concept ?
Lessons from a Smart Campus demonstrator ?
Presentation plan

4. Why the Campus ?
Smart Concept ?
Lessons from a Smart Campus demonstrator ?
Presentation plan

5. Scientific Campus – University Lille
Small town:
• 25 000 users
• 140 Buildings (320 000 m2 )

6. Heating Consumption
Should be
Recorded
Consequences :
Expenses, Energy preservation
pollution, global warming, climate change

7. air quality,
humidity,
temperature,
Lighting,
Accessibility
(indoor
navigation)
Security,
Emergency
Other important issues

8. Urban Networks (100 km)

9. 9
Drinking water network

10. 0
100
200
300
400
500
600
Non-RevenueWaterNRW(m3
)
01/11/15
11/11/15
21/11/15
01/12/15
11/12/15
21/12/15
31/12/15
10/01/16
20/01/16
30/01/16
09/02/16
19/02/16
29/02/16
10/03/16
20/03/16
30/03/16
09/04/16
19/04/16
29/04/16
09/05/16
19/05/16
29/05/16
High Leakage
Daily leakage (m3)
500 m 3

11. Storm Water - Flood

12. The situation in many cities is
similar to that of the Campus

13. In addition, cities are submitted to other challenges

14. In addition, cities are submitted to other challenges

15. Aging
buildings
Aging
infrastructures
Old
mangement
method
Poor
maintenance
Combination of unfavorable factors
Poor
performances
poor life
quality
High Expenses
Social tension
Environmental
deterioration

16. Heavy
renovation
High Cost
Long Time
Long term impact
Innovative
management
Low cost
Rapid deployment
Short term impact
Tow strategies

17. Why the Campus ?
Smart Concept ?
Lessons from a Smart Campus demonstrator ?
Presentation plan

18. Internet
Social Network
Digital technology

19. Digital technology
Measure
Analyze
Communicate
act
Each “Thing”
• Unique identifier
• Geo-localized

20. Smart Sensors

21. Real-time
Digital technology
See
Analyze
Understand
Improve

22. Digital Technology Collective
intelligence

23. Health, Education
Art, Culture
More data

24. Smart
technology
Real-time monitoring
Rapid action in case of an abnormal event
(security, leakage, contamination,....)
Optimal management
Stakeholders implication
New services

25. Why the Campus ?
Smart Concept ?
Lessons from a Smart Campus demonstrator ?
Presentation plan

26. High Scale
Experimentation
Implementation in
the City ?
Smart City Concept

27. Demonstration Site: Scientific Campus
100 km of Urban Network
• 25 000 users
• 140 Buildings (320 000 m2 )

28. SunRise
Community :
• Faculty members
• Technical staff,
• PhD and Master degree students

29. Originality
One Owner
Multidisciplinary academic activity
Private and public partnership
Multi urban networks (Energy, water,…)
Interaction buildings-urban networks
Interaction with end-users

30. SunRise PlatformInformation
System
Asset Data (GIS)
Analytics
Wb servor
communication
• Users
• Management staff
• Technical staff
• Academic Staff
• Public
Communication :
• Réseaux filaires
• Réseaux sans fils
Monitoring
• Buildings
• Water Network
• Energy network
• Others
Sensors data
Users
- Alert
- Information
Users data
Open data
• Weather
• Traffic
• Emergency
Open data

31. Main achievements
1. GIS for all urban infrastructures
3. Data analysis a
4. Recommendations
• Drinking Water
• Sewage
• District Heating
• Electrical
2. Smart Monitoring:

32. 32
Drinking water network
• 15 km
• Highly meshed
• Various usage
• 50-years old

33. TWUL Demo site
London
Smart Caceres
Caceres
VIP
Leeuwarden
Sunrise Demo site
Lille
ü Project Budget: 12M€
ü EU funding: FP7 INNO DEMO
ü Project duration: 4 year
ü Project Management: Vitens N.V.
ü 12 innovative SMEs
ü 3 water utilities
ü 3 research institutes
ü 1 company
ü 2 platform organizations
European Demonstrator
SmartWater4Europe

34. Smart Monitoring
Pressure
Flow
Quality

35. Data Transmission

36. Example of recorded data
0
0,5
1
1,5
2
2,5
3
3,5
0
1
2
3
4
5
6
7
8
4/20/2015
12:00:00
AM
4/21/2015
12:00:00
AM
4/22/2015
12:00:00
AM
4/23/2015
12:00:00
AM
4/24/2015
12:00:00
AM
4/25/2015
12:00:00
AM
4/26/2015
12:00:00
AM
4/27/2015
12:00:00
AM
Pressure (bars)
Consumption(m3
)
Pressure
Flow

37. 0
100
200
300
400
500
600
Non-RevenueWaterNRW(m3
)
01/11/15
11/11/15
21/11/15
01/12/15
11/12/15
21/12/15
31/12/15
10/01/16
20/01/16
30/01/16
09/02/16
19/02/16
29/02/16
10/03/16
20/03/16
30/03/16
09/04/16
19/04/16
29/04/16
09/05/16
19/05/16
29/05/16
Leak detection
Water Balance (m3)
500 m 3

38. Water Quality Control

39. District heating system Heating Center
• Temperature
• Flow
• Pressure
• Consumption
Sub-station

40. Recorded data - Building « M1 »
Heat Consumption External Temperature

41. Potential Economy with optimized regulation
based on building usage
Smart Regulation?
Real Consumption

42. High potential of energy savings
University strategy : Large investment for the
- Transformation of the district heating into a smart one
- Construction of co-generation station
Funded by :
• Energy savings
• Public – private partnership

43. Summary
• Monitoring
• Real-time and historical data
• Data analysis
Living-Lab
• Research & Education
• AttractivenessAcademic
• Private partnership
• Commercial offer & Expertise
• Model for other cities
Transfer
• Water & Energy
• Modernization of the infrastructures
Savings

44. supported by :
Local authorities
French Government
Europe
Private sector
Social housing operators
International partners