This project has received funding from the

European Union’s Horizon 2020 research and

innovation programme under grant agreement

No 774094

STARDUST IN A NUTSHELL

◆ 3 LIGHTHOUSE CITIES plus 4 FOLLOWER CITIES

◆ 29 PARTNERS FROM 8 EUROPEAN COUNTRIES

◆ 21 M€ BUDGET / 18 M€ FUNDING

◆ 12 INDUSTRIAL PARTNERS

◆ 5 LEADING TECHNOLOGIC CENTERS

◆ 6 SME`s

◆ COORDINATOR: CENER

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① To pave the way towards low carbon, high efficient, intelligent and citizen oriented cities, by developing urban solutions and innovative business models, integrating the domains of buildings, mobility and efficient energy through ICT.

② To create several “innovation islands” as urban incubators to demonstrate cost-effective and bankable solutions to increase the energy efficiency in the STARDUST cities.

③ To create smart ecosystems implementing a new economic paradigm in the European cities, based on eco-innovation, competiveness, low carbon and circular economy.

④ To create and deploy open city information platforms to amplify the impacts and promoting the interoperability software components and data sources.

⑤ To organise and foster the transfer of lighthouse cities solutions to the four follower cities.

P R O J E C T O B J E C T I V E S

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- SOCIAL

- ENVIRONMENTAL

- ENERGY

- ECONOMY

- MOBILITY

- POSITIONING AND RECOGNITION

A D D R E S S I N G C O M M O N U R B A N C H A L L E N G E S

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6F l o r e n c i o M a n t e c a . C E N E R

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SMART

BUILDING

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Smart Buildings

• Construction of 254 new Passiv Haus dwellings with advanced HEMS

• Deep retrofitting of 235 dwellings to nZEB, including RES integration , energy storage and

advanced HEMS.

• Smart renovation of psychogeriatric center

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Smart Buildings

Renovation of a public building with an prototype of integrated smart micro grid composed by:

• Plug & Play industrialized solar roof made of timber and BIPV (90 kWp)

• Energy storage system (600kWh) with second-hand batteries reused from automotive

sector.

• Heat recovery pilot in data center

• V2G charging points

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ANIMSA Office

Local Police

Plug&Play roof (90kWp). Prefabricated roof for fastinstallation. Renewableenergy will reduce energybill and will supply internalMicroGrid

REUSE of E-car batteries to store PV produced energy. Smart control permitslower tariffs and garantee power supplyin the CPD.

New EVs for local services. Smart Gird will integrateV2G technology to optimize the efficiency.

Heat recovery of the CPD to produce DHW and heatingreducing energybills

CPD

Municipal Office

Energy Infraestructures

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ENERGY12

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Energy Infraestructures

• Renovation and unification of 8 old and inefficient district heating into a new one, high efficient

and biomass based with NEMS

• Implementation of a smart grid pilot with RES generation, energy storage, smart management

system and integration with V2G charging infrastructure.

• Demo pilot on heat – recovery in the sewage network of the city

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Energy Infraestructures

District heating and cooling

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MOBILITY15

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Electromobility

E-BUSES and ELECTROMOBILITY SMART CHARGING HUB.

Implementation of a 100% electric bus line (6 e-buses). It will be a pantograph at the beginning and the

end of the line, and it will be also installed a solar fast charging station for taxis and an e-bike station,

creating a significant ELECTROMOBILITY SMART CHARGING HUB.

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Electromobility

• Line 9: 100% electric

• EERR microgrid to reduce power

contract costs.

• 3 min use / 10 min

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Electromobility

• First movers: 10% of taxi´s fleet electric by the end of the project

• 60 new charging stations + 5 fast charging . Solar charging station

• New electric bicycles public sharing system.

• Carbon – neutral last mille delivery system

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ICT19

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ICT actions

All the 3 LH cities will implement an

Open City Information Platform, that will

enable the integration, and

interoperability of existing and newly

deployed software components, data

sources, services and devices, in an open

source and open data approach.

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ICT actions

Apart from the IoT Open platforms, Pamplona will install a extensive set of ICT based solutions like:

• Smart City Apps, which provide access to different city services

• “smart points” provided with different sensors to obtain a range of meteorological, air quality,

traffic congestion, behavior patterns, etc…

• Public lighting smart control and management

• Street monitoring by citizens via adapted smartphones

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Work Package 3: Tampere

▪ The objectives of the project in Tampere are to significantly

increase the energy efficiency of the district, to extensively

integrate renewable energy sources into local large scale

district heat and cooling production, and to boost e-mobility

▪ Open City Platform

▪ The new solutions will be tested in four pilot areas in

Tampere: Ilokkaanpuisto, Härmälänranta, Hervanta and the

city centre

Arkta Rakennuttajat Oy / MA-Arkkitehdit Oy / Event Horizon Designs

Tuomas Palonen

Skanska

Pöyry

Pexels

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SMART

BUILDING

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▪ Ilokkaanpuisto: new residential district near the city centre

▪ New energy concept: residents own a photovoltaic power

station located in a rural part of Tampere

▪ Objective: to improve EPC by utilising remotely produced

renewable energy

▪ Not yet tested in Finland. Legal barriers must be analysed.

▪ The first phase of the construction of the photovoltaic power

station will begin in summer 2019

Ilokkaanpuisto

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▪ Härmälänranta is a former brown-field (5 Km away from

the city center) which shall be transformed into an nZEB

residential area.

▪ Energy concept: scattered energy sources and solar energy.

▪ Remote control of energy consumption & living comfort

taken into account

▪ Mobility: electric car sharing system with smart charging

system to reduce private cars

Härmälänranta

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ENERGY27

▪ Tampereen Sähkölaitos and Enermix

are developing a demand response

service together with the customers.

The service will further the usage of

energy-efficient district heating. It will

also offer customers a digital tool to

follow and control the usage and costs

of district heating.

Smart District Heating and Cooling

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▪ Tampereen Sähkölaitos aims to maximise the energy

efficiency of its district cooling network by figuring out new

ways to increase the share of lake source cooling

▪ In addition, the possibility to open the district heating

network for renewable small production is been explored

▪ Demonstration building HVT30, Nokia data center

Smart District Heating and Cooling

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MOBILITY30

▪ Data collection from e-busses and e-cars of voluntary

citizens. With the data more information about the energy

consumption and emission impacts of e-vehicles will be

gained.

▪ We will also pilot robot busses as a feeder service for the

tram line. More fluent moving of the busses is enabled by

Nokia’s 5G test platform, that has been built to Hervanta in

cooperation with the City.

Smart Mobility

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▪ A mobile application for green light

optimisation (GLOSA) will as well

be tested

▪ In addition, we will define the

possibilities of city units to change

their diesel vehicles to electrical

ones

Smart Mobility

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ICT33

▪ The City will purchase a smart lighting control system, which

takes also other factors than dimness and time into account

in adjusting the lights

▪ Expected savings: 60-80 %

▪ The lighting network can also function as a platform for

smart services

▪ For that, control devices must be installed in poles, so that

data from different sensors can be collected to an IoT

platform

Smart Lighting

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▪ The STARDUST was organising an Enlighten Tampere

hackathon (4.-5.6.2018), where innovative ways of using

lighting network and controlling lighting system were

brainstormed

▪ The best solutions were selected as pilots and planning the

testing in real environment has started

▪ New Hackathon in November 23-25.

▪ IoT platform needs to offer dashboards and visualization

of the collected (analyzed) data.

Smart Lighting

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▪ IoT platform architectural document and requirements

were collected as open specification process were third

parties: companies, big and small as well as universities

participated

▪ For example Fiware has been identified as such an option

and co-operation has continued with participants in the

open specification

▪ Target is to boost the implementation of the open APIs

and provide more open data with harmonized data

models

IoT Platform

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SMART

BUILDING

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Trento

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▪ MADONNA

BIANCA: Social

Housing built

during 70s

Trento

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▪ Very visible in Trento

Smart Buildings Refurbishment in Trento

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• 3 towers

• Urban regeneration ofthe neighborhood

• Replicability and scalability

Smart Buildings Refurbishment in Trento

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• New smart skin

• Renewable energy production integration

• Smart monitoring

• Low impact on the tenants

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ENERGY43

Smart Energy in Trento

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• Innovative thermal energy system

• Waste Thermal energy recovery

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ICT45

ICT City Platform in Trento

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• Backbone of a Smart City: shared data platform

• Urban service-oriented Sensible Grid

• Diffused sensors

ICT City Platform in Trento

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• Urban Service Oriented Sensible (USOS) Grid

• FiWare

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MOBILITY48

Smart mobility in Trento

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• Last mile logistic – e-vehicles

• E-mobility Recharginginfrastructure

• Electric-Car-Sharing

Smart mobility in Trento

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• Examples of solutions for EV-Last

mile logistic

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This project has received funding from the

European Union’s Horizon 2020 research and

innovation programme under grant agreement

No 774094