Conference Smart Campus PERM, RUSSIA

SmartCampus:LessonslearnedfromlargeScaleDemonstrator

ProfessorIsamShahrourCoordinatorofSunRiseSmartCityProjectIsam.Shahrour@univ-lille1.fr

GreenBuildingandSustainableDevelopment6– 7October,2016PERM,RUSSIA

Campus SmartInnovativesolution• Digitaltechnology• Socialinnovation

- Specificchallenges- Modelforcities- LivingLab

WhytheCampus?SmartConcept?LessonsfromaSmartCampusdemonstrator?

Presentationplan

WhytheCampus?SmartConcept?LessonsfromaSmartCampusdemonstrator?

Presentationplan

ScientificCampus– UniversityLille

Smalltown:• 25000users• 140Buildings(320000m2 )

HeatingConsumption

Shouldbe

Recorded

Consequences:Expenses,Energypreservationpollution,globalwarming,climatechange

airquality,humidity,

temperature,Lighting,

Accessibility(indoor

navigation)

Security,Emergency

Otherimportantissues

UrbanNetworks(100km)

9

Drinkingwaternetwork

0

100

200

300

400

500

600

Non-

Reve

nue

Wat

er N

RW (m

3 )

01/1

1/15

11/1

1/15

21/1

1/15

01/1

2/15

11/1

2/15

21/1

2/15

31/1

2/15

10/0

1/16

20/0

1/16

30/0

1/16

09/0

2/16

19/0

2/16

29/0

2/16

10/0

3/16

20/0

3/16

30/0

3/16

09/0

4/16

19/0

4/16

29/0

4/16

09/0

5/16

19/0

5/16

29/0

5/16

HighLeakage

Dailyleakage(m3)

500m3

StormWater- Flood

ThesituationinmanycitiesissimilartothatoftheCampus

Inaddition,citiesaresubmittedtootherchallenges

Inaddition,citiesaresubmittedtootherchallenges

Agingbuildings

Aginginfrastructures

Oldmangementmethod

Poormaintenance

Combinationofunfavorablefactors

Poorperformances

poorlifequality HighExpenses

Socialtension Environmentaldeterioration

Heavyrenovation

HighCost

LongTime

Longtermimpact

Innovativemanagement

Lowcost

Rapiddeployment

Shorttermimpact

Towstrategies

WhytheCampus?SmartConcept?LessonsfromaSmartCampusdemonstrator?

Presentationplan

Internet

SocialNetwork

Digital technology

Digital technology

Measure

Analyze

Communicate

act

Each“Thing”

• Uniqueidentifier• Geo-localized

SmartSensors

Real-time

Digitaltechnology

See

Analyze

Understand

Improve

DigitalTechnology Collectiveintelligence

Health,EducationArt,Culture

Moredata

Smarttechnology

Real-timemonitoring

Rapidactionincaseofanabnormalevent(security,leakage,contamination,....)

Optimalmanagement

Stakeholdersimplication

Newservices

WhytheCampus?SmartConcept?LessonsfromaSmartCampusdemonstrator?

Presentationplan

HighScaleExperimentation

ImplementationintheCity?

SmartCityConcept

DemonstrationSite:ScientificCampus

100kmofUrbanNetwork• 25000users• 140Buildings(320000m2 )

SunRiseCommunity:

• Facultymembers• Technicalstaff,• PhDandMasterdegreestudents

Originality

OneOwner

Multidisciplinaryacademicactivity

Privateandpublicpartnership

Multiurbannetworks(Energy,water,…)

Interactionbuildings-urbannetworks

Interactionwithend-users

SunRisePlatformInformationSystem

AssetData(GIS)

Analytics

Wbservorcommunication

• Users• Managementstaff• Technicalstaff• AcademicStaff• Public

Communication:• Réseauxfilaires• Réseauxsansfils

Monitoring• Buildings• WaterNetwork• Energynetwork• Others

Sensorsdata

Users- Alert- Information

Usersdata

Opendata• Weather• Traffic• Emergency

Opendata

Mainachievements

1.GISforallurbaninfrastructures

3.Dataanalysisa4.Recommendations

• DrinkingWater• Sewage• DistrictHeating• Electrical

2.SmartMonitoring:

32

Drinkingwaternetwork

• 15km• Highlymeshed• Varioususage• 50-yearsold

TWULDemositeLondon

SmartCaceresCaceres

VIPLeeuwarden

SunriseDemositeLille

ü ProjectBudget:12M€ü EUfunding:FP7INNODEMOü Projectduration:4yearü ProjectManagement:VitensN.V.

ü 12innovativeSMEsü 3waterutilitiesü 3researchinstitutesü 1companyü 2platformorganizations

EuropeanDemonstratorSmartWater4Europe

SmartMonitoring

Pressure

Flow

Quality

DataTransmission

Exampleofrecordeddata

0

0,5

1

1,5

2

2,5

3

3,5

0

1

2

3

4

5

6

7

8

4/20/201512:00:00

AM

4/21/201512:00:00

AM

4/22/201512:00:00

AM

4/23/201512:00:00

AM

4/24/201512:00:00

AM

4/25/201512:00:00

AM

4/26/201512:00:00

AM

4/27/201512:00:00

AM

Pressure(b

ars)

Consum

ption(m

3 )

Pressure

Flow

0

100

200

300

400

500

600

Non-

Reve

nue

Wat

er N

RW (m

3 )

01/1

1/15

11/1

1/15

21/1

1/15

01/1

2/15

11/1

2/15

21/1

2/15

31/1

2/15

10/0

1/16

20/0

1/16

30/0

1/16

09/0

2/16

19/0

2/16

29/0

2/16

10/0

3/16

20/0

3/16

30/0

3/16

09/0

4/16

19/0

4/16

29/0

4/16

09/0

5/16

19/0

5/16

29/0

5/16

Leakdetection

WaterBalance(m3)

500m3

WaterQualityControl

Districtheatingsystem HeatingCenter

• Temperature• Flow• Pressure• Consumption

Sub-station

Recordeddata- Building«M1»

HeatConsumption ExternalTemperature

PotentialEconomywithoptimizedregulationbasedonbuildingusage

SmartRegulation?

RealConsumption

Highpotentialofenergysavings

Universitystrategy:Largeinvestmentforthe- Transformationofthedistrictheatingintoasmartone- Constructionofco-generationstation

Fundedby:• Energysavings• Public– privatepartnership

Summary

• Monitoring• Real-timeandhistoricaldata• Dataanalysis

Living-Lab

• Research&Education• AttractivenessAcademic

• Privatepartnership• Commercialoffer&Expertise• Modelforothercities

Transfer

• Water&Energy• Modernizationoftheinfrastructures

Savings

supportedby:

Localauthorities

FrenchGovernment

Europe

Privatesector

Socialhousingoperators

Internationalpartners