mySMARTLife
Status
Finished
8 Projects
The Smart Cities Marketplace provides you with vital knowledge to support you in moving your smart city ambitions forward. Here you will find use cases from more than 90 successful European projects, including 18 Lighthouse projects, sharing solutions implemented in both small and medium-sized towns and in metropolises such as London, Barcelona and Vienna. Many projects have reported their core data into our Self-Reporting Tool, to be picked up and developed into bankable solutions.
REMOURBAN
Status
Finished
RUGGEDISED Rotterdam
Location
Building aspects
- Building Energy Services
- cooling (only)
- Building Energy Services
- heating and cooling
- Building Energy Services
- heating and cooling and DHW
- Building Energy Services
- heating and DHW
- Building Energy Services
- lighting and appliances
- Installed Renewable Energy Sources
- photovoltaic
- Technology used to supply the buildings
- district heating (DH) network
- Technology used to supply the buildings
- electrical equipment
- Technology used to supply the buildings
- heat pump: compression
Energy Carriers
- Electricity
- Heat/district heat
- Solar thermal energy
- Waste heat
Energy Systems Types
- Sustainable Generation
- Solar Thermal Plant
- Sustainable Generation
- Waste heat
Mobility Type of Intervention
- Vehicles
Thematic Field
- Energy System(s) Integration
- Information and Communication Technologies
- Mobility and Transport
- New Building(s)
- Refurbished Building(s)
SMARTER TOGETHER
Status
Finished
Smarter Together Site Lyon
Location
Description
Lyon is one of the lighthouse cities in the SMARTER TOGETHER project. The demonstration area in focus is Lyon-Confluence, one of the largest urban redevelopment projects in France (150 ha – 600 000 m² existing floor area – 1 million m² of new buildings) and an area of many urban innovations. With SMARTER TOGETHER, Lyon-Confluence heads towards zero-carbon objectives, which means that after the implementation phase the annual greenhouse gases emissions of the buildings must not be superior to the level of emissions at the beginning of the project, despite an increase in built area (1 000 000 m² of new constructions), population and activities in the area.
Demo Site Expected Impact
* Detailed information regarding the technical and financial performance will be available at a later stage.
With SMARTER TOGETHER, Lyon aims to:
- refurbish 35 000 m2 of existing buildings to reduce their energy consumption;
- develop local renewable energy generation: photovoltaic systems (1 MWp) and a wood-fired cogeneration power plant (2 MWe/4 MWth);
- reduce the use of conventional cars by providing alternative means of transport for inhabitants: smart charging stands, an electric vehicle car-sharing system and an autonomous driverless electric shuttle;
- feed the existing Grand Lyon smart data platform with news set of data to better monitor energy production and consumption in the area, and the actual effects and benefits of measures implemented to reach the zero-carbon objective;
- involve citizens in the redevelopment of the Lyon Confluence area and the implementation of new services (creation of an urban living lab to allow citizens and users to co-design the smart city solutions);
- increase the inhabitants’ quality of life through the construction of comfortable and affordable dwellings and offices, convenient public spaces, easy access to the district, etc.
Technologies
Buildings and energy
* Detailed information regarding the technical and financial performance will be available at a later stage.
Some measures to be implemented in Lyon-Confluence within the SMARTER TOGETHER project are:
Energy efficiency in buildings
- Retrofitting the building envelope
- Reducing energy consumption by refurbishing an area of 35 000 m2 of existing buildings (private housing, social housing, office spaces and public buildings)
Energy systems integration
- District heating and cooling
- Renewable district heating
- Cogeneration (CHP)
- SMARTER TOGETHER includes the construction of a wood-gas fired cogeneration power plant of 2 MWe/4 MWth, connected to the district heating
- Photovoltaics (PV)
- Four photovoltaic systems are constructed to achieve a total power of approximately 1 MWp, which comes in addition to the 1 MWp of photovoltaic systems already existing in the Lyon-Confluence area.
Mobility & Transport
- Clean fuels and fuelling infrastructure
- Smart charging stands
- Electric, hybrid and clean vehicles
- Autonomous driverless electric shuttle
- Car sharing
- Electric vehicle car-sharing system
ICT
- Building energy management system
- Neighbourhood energy management system
- Urban data platform
- Provision of new sets of dynamic data to the Grand-Lyon data platform from the energy and sustainable mobility sector collected from various sources – smart power and heat meters, building energy management system, shared electric mobility services, energy production systems in the area, such as photovoltaic systems, and the district heating power plant plant - in order to monitor energy generation and consumption in the area and assess the actual energy performance of buildings
Building aspects
- Building Energy Services
- DHW (only)
- Building Energy Services
- heating (only)
- Building Energy Services
- heating and DHW
- Building Energy Services
- lighting and appliances
- Installed Renewable Energy Sources
- photovoltaic
- Technology used to supply the buildings
- boiler
- Technology used to supply the buildings
- district heating (DH) network
- Technology used to supply the buildings
- electrical equipment
- Technology used to supply the buildings
- electrical heating system
- Technology used to supply the buildings
- heat pump: compression
Energy Carriers
- Domestic gas - grid-bound
- Electricity
- Heat/district heat
- Solar thermal energy
Mobility Type of Intervention
- Vehicles
Thematic Field
- Energy System(s) Integration
- Mobility and Transport
- Refurbished Building(s)
Visualisations
Demo Site Project Refurbishment 35 Smith
Contact
Name
Etienne Vignali
Organisation
SPL Lyon-Confluence
Email
evignali@lyon-confluence.fr
Country
France
Smarter Together Site Munich
Location
Description
The Munich lighthouse demonstration area within the SMARTER TOGETHER project is located at the western edge of the city, and includes both the large urban redevelopment area Neuaubing-Westkreuz and the flagship new development area Freiham, set to become a model of low-carbon development for up to 20 000 new residents and 7 500 new jobs. With the aid of cutting-edge technology and the intelligent use of data, Munich’s objectives are to cut CO2 emissions by more than 20 %, raise the use of renewable energy to above 20 % and increase energy efficiency by more than 20 %. Neuaubing-Westkreuz/Freiham aims to be CO2-neutral by 2050.
Demo Site Expected Impact
* Detailed information regarding the technical and financial performance will be available at a later stage.
Within the SMARTER TOGETHER project, Munich strives to:
- refurbish an area of 42 000 m² in order to reduce energy consumption;
- develop 109 kWp photovoltaic system and install a battery storage, both connected to the virtual power plant;
- construct multimodal mobility stations with multifunctional district sharing boxes that increase e-mobility and serve as exchange and delivery stations for goods;
- install smart street lamps that consume less energy and facilitate new services;
- implement open, secure and city-wide smart data platform acting as a virtual data backbone for collecting city data in the domains of mobility, energy, urban living and crowd data.
- measure and collect temperature and humidity data in up to 400 flats in the redevelopment area via smart home solution and provide users with an individual and secured access to their collected data via a mobile app (Wohlfühl-App);
- widen the use of the offerings described above.
Within the SMARTER TOGETHER project, the city of Munich will invest a total of EUR 20 million in the district. The EU will fund the project with EUR 6.85 million. The estimated savings amount to 2785 MWh of primary energy per year and an annual reduction of 971 tonnes of CO2.
Technologies
Buildings and energy
* Detailed information regarding the technical and financial performance will be available at a later stage.
The planned implementations in Munich are:
Energy efficiency in buildings
- Retrofitting the building envelope
- Holistic rehabilitation of housing stock in public and private ownership (energy-efficient, high-standard renovation of 42 000 m2 floor space), while preserving current rent levels
Energy systems integration
- District heating and cooling
- Construction of low-energy districts based on renewable district heating (geothermal and low-temperature district heating) and renewable energy
- Near-to-surface geothermal energy
- Smart street lighting
- Smart lamppost connected to the urban data platform, which be available in two versions - 10 m for usage on road side and 3 m in green spaces and public parks. This should lead to more public services in the district, support safety, reduce energy consumptios. The lamps will offer sensor-based innovative solutions within the lighting infrastructure such as adaptive lighting, parking, free WiFi, etc.
Mobility & Transport
- Clean fuels and fuelling infrastructure
- Construction of multimodal mobility stations to increase the use of e-mobility and serve as exchange and delivery stations for goods
- Integration of 2 charging stations in lamp posts
- Electric, hybrid and clean vehicles
- E-trikes and cargo pedelecs in bike sharing scheme
- Car sharing
- Provision of e-cars for an existing car-sharing scheme.
ICT
- Urban data platform
- Upgrade of the city platform into a smart data platform
- It will be the basis for a holistic view of city data and will be operated under the trustworthy control of the public authority to offer security and quality. The platform will receive data, for example, from the sensor infrastructure installed with the open urban labs, and from sensors used within the smart home solutions of the refurbished flats, and can be used for developing smart services. To address the necessary regulations a so-called "data gatekeeper" concept is developed. It defines common usage, legal aspects (data privacy and security), operations and management process. The concept builds a framework for a trustworthy and open solution and is used as a blueprint to support replication and the development of an ecosystem of smart services.
- Creation of integrated infrastructures for smart data management platforms and smart services (e.g. intelligent lamp posts, local goods distribution centres, shared economic services, apps, etc.).
- Installation of 400 plug and play smart home solutions and connection to the data platform
- Mobile applications for citizens
- Smart city application giving access to services developed within the project, as well as standard functions like authentication, payment and access control. The app connected will allow users with smart home solutions to observe their individual data and to compare their own measured data with the average of the measured results of all project participants.
Building aspects
- Building Energy Services
- heating and DHW
- Building Energy Services
- lighting and appliances
- Installed Renewable Energy Sources
- photovoltaic
- Technology used to supply the buildings
- boiler
- Technology used to supply the buildings
- district heating (DH) network
- Technology used to supply the buildings
- electrical equipment
Energy Carriers
- Domestic gas - grid-bound
- Electricity
- Heat/district heat
- Light oil
- Solar thermal energy
Mobility Type of Intervention
- Vehicles
Thematic Field
- Energy System(s) Integration
- Information and Communication Technologies
- Mobility and Transport
- New Building(s)
- Refurbished Building(s)
Visualisations
Demo Site Project WEG Radolfzeller Straße 40-46
Contact
Name
Bernhard Klassen
Organisation
City of Munich
Email
bernhard.klassen@muenchen.de
Country
Germany
STARDUST
Status
Finished
Stardust Pamplona
Location
Description
The City of Pamplona is considered to be the city with the highest quality of life in Spain. Also, it is highly regarded for developing its energy grid based renewable energy resources (RES).
Other than providing RES to the community, it will other smart and sustainable solutions for its communities by empowering and protecting the citizens through fair and socially inclusive actions.
Demo Site Expected Impact
The City of Pamplona expects to reduce their consumption on fossil-energy related resources and increase their energy savings and usage of renewable energy.
Technologies
Buildings and energy
Different types of energy-efficient schemes will be implemented in the form of ICT, renewable energy resources and other unconventional techniques.
Mobility & Transport
In accordance to the Navarra Energy Plan Horizon, use of electric vehicles will be promoted within the city to boost citizens' accessibility to move around the city.
Building aspects
- Building Energy Services
- cooling (only)
- Building Energy Services
- DHW (only)
- Building Energy Services
- heating (only)
- Building Energy Services
- heating and cooling
- Building Energy Services
- heating and cooling and DHW
- Building Energy Services
- heating and DHW
- Building Energy Services
- lighting and appliances
- Installed Renewable Energy Sources
- photovoltaic
- Technology used to supply the buildings
- boiler
- Technology used to supply the buildings
- electrical equipment
- Technology used to supply the buildings
- heat pump: compression
Energy Carriers
- Biomass
- Domestic gas - grid-bound
- Electricity
- Heat/district heat
- Light oil
- Solar thermal energy
Energy Systems Types
- Infrastructure & System Integration
- DHC extension
Mobility Type of Intervention
- Infrastructure
- Vehicles
Thematic Field
- Energy System(s) Integration
- Information and Communication Technologies
- Mobility and Transport
- New Building(s)
- Refurbished Building(s)
Contact
Name
Jose Costero
Organisation
Ayuntamiento de Pamplona
Email
j.costero@pamplona.es