1.
Smart
Campus
:
An
effec1ve
concept
for
the
development
of
the
Smart
and
Sustainable
City
Professor
Isam
Shahrour
(University
Lille1/Polytech’Lille)
TEDx
Talk
Lille
2014:
Isam
Shahrour
"Smart
and
Sustainable
City"
Concept
presented
at
the
World
Bank,
Washington,
May
21,
2014

2.
Smart
Ci=es
Concept

3.
Smart
infrastructure
Smart
sensors
Smart
governance
Smart
Data
Analysis
Smart
users

4.
1)
The
Campus
is
a
small
town
Then
the
concept
of
smart
city
helps
in
• Asset
management
of
large
urban
system
• Op=mal
management
of
water,
energy,….
• Safety
improvement
The
Smart
Campus
concept
:
a
response
for
major
challenges

5.
2)
The
campus
is
a
higher
educa1on
ins1tu1on
:
The
concept
of
smart
city
allows
to
:
• Conduct
disciplinary
and
mul=-­‐disciplinary
Researches
• Build
educa=on
programs
for
an
emerging
sector.
• Develop
the
innova=on
and
technology
transfer:
patents,
start-­‐ups,
..
• Reinforce
the
partnership
with
local
government.
• Reinforce
the
partnership
with
the
private
sector
(construc=on,
energy,
water,
IT,
services,….)
The
Smart
Campus
concept
:
a
response
for
major
challenges

6.
3)
The
Campus
is
generally
in
a
city
or
close
to
a
city
Each
big
city
has
at
least
one
campus
The
Smart
Campus
could
promote
the
concept
of
smart
city
to
the
city
of
he
campus.
The
Smart
Campus
concept
:
a
response
for
major
challenges

7.
Ø One
owner
of
both
buildings
and
infrastructure
Ø Propi=ous
for
implanta=on
and
acceptability
(students,
faculty
members,…)
Ø Drawing
private
and
public
partnership
Ø Each
big
city
has
at
least
one
Campus
(higher
educa=on
ins=tu=on)
Ø The
Smart
Campus
could
promote
the
concept
of
smart
The
Campus
is
propi1ous
for
the
development
of
smart
urban
systems
(city,
district,..)

8.
The
campus
a
demonstrator
of
the
Smart
City

9.
Small
town:
• 25
000
users
• 70
km
of
Urban
Network
• 140
buildings
SunRise
Demonstrator
:
The
Campus
of
Lille1
University

10.
70
km
of
Urban
Networks:
• Drinking
Water
• sewage
• District
hea1ng
• Gas
• Electrical
• Public
ligh1ng
• Roads

11.
Interac1on
between
primary
and
secondary
urban
networks
(mul1-­‐scale
demonstrator)
Building
M1

12.
Innova1on
centers
and
Clusters
• Pole
Ubiquitaire
• CITC
–EURARFID
• PRN
Local
government
• AMGVF
• Lille
Metroplis
• Region
• ArtoisComm
Interna1onal:
• W-­‐Smart
(Int.
Ass.
for
water
Security)
• New
York
University
• Netherland
• Great
Britain
Bretagne
• Spain
Private
and
public
operators
• Dalkia
• Eaux
du
Nord
(Suez)
• Eau
de
Paris
• ERDF
• Lille
Métropole
Habitat
Research
Laboratories:
• Engineering
• Informa1on
technology
• Social
Science
Educa1on
:
• Master
programs
• PhD
programs
Starts-­‐ups
:
Stereograph,
Noolibc,
Inodesign,
Calmwater,
Planete
oui,
Ixsane,
Projex,
Public
and
private
partners:

13.
SunRise
Community
:
• Faculty
members
• Technical
staff
• PhD
and
Master
degree
students

14.
Project
Implementa1on
(Water
Example)
Smart
Water
Network

15.
SunRise
water
network
(16
km)
!Cité!Scien*fique!
(5)!!!
4!Cantons!
ECL!!
M5!
Bachelard!
Chemistry
Sector
Biology
Sector

16.
Objec1ves
of
the
smart
water
network
1) Improve
the
management
of
the
water
system
• Assets
management
• Leakage
detec=on
• Early
contamina=on
detec=on
• User
awareness
• Energy
saving
2)
Academic
• Research,
innova=on
• Educa=onal
plaSorm
• aTrac=veness

17.
3)
Research
and
innova1on
ins1tu1ons
• Lille1
University
• CEA-­‐LIST
(French
Atomic
Agency)
• KWR
(Netherland)
1) W-­‐Smart
(Interna=onal
associa=on
of
ci=es
and
water
operators
for
water
security)
2)
Water
companies
:
• Eaux
du
Nord
(Suez
Environment)
• Eaux
de
Paris
• Vitens
(Netherland)
• Thames
(GB)
• Acciona
(Spain)
Partners
of
the
smart
water
network
4)
SMEs
:
• Calmwater
• CITC-­‐Innova=on
Center
• Stereograph

18.
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
dura1on:
4
year
ü Project
Management:
Vitens
N.V.
ü 12
innova1ve
SMEs
ü 3
water
u1li1es
ü 3
research
ins1tutes
ü 1
company
ü 2
plaform
organiza1ons
European
Project
SmartWater4Europe

19.
Communica1on
:
• Op1cal
(wired)
•
Contactless
SunRise
-­‐
Plateform
Informa1on
System
• Asset
data
(SIG)
• Monotoring
data
3D
graphic
tools
Analy1cal
tools
Communica1o
n
web
Servor
• Users
• Technical
team
Governance
team
• Public
data
Monitoring:
• Leakage
• Quality
Leakage
Quality
Sensors
• Flow
• Pressure
Sensors
• Chlorine,
• Conduc1vity,
• pH,
• Turbidity
• temperature,
• +
Organiza1on

20.
!Cité!Scien*fique!
(5)!!!
4!Cantons!
ECL!!
M5!
Bachelard!
Chemistry
Sector
Biology
Sector
Smart
metering

21.
EPANET
Numerical
Modeling

22.
Intellisonde
Optiqua
EventLab:
Bio-­‐contamina1on
monitoring
Innova1ve
sensors
S::Scan

23.
Energy
:
• Over
all
Comprehensive
Energy
analysis
-­‐renewable
energy
sources
(ERDF)
• Smart
Grid
District
Hea1ng
(instrumenta1on,
soiware,
exper1se,
..)
(DALKIA)
• Smart
Grid
-­‐
Electrical
Network
(ERDF,
Eiffage
Energy)
• Smart
Building
(new
construc1on,
rehabilita1on)
(LMH,
Projex)
water:
• Smart
Grid
drinking
water
net
:
Instrumenta1on,
soiware
development,..
• Smart
Grid
for
sewage
network
Under
progress:

24.
Thank
you