Results
A tale of two cities : final booklet
Deliverables
WP2 Project initiation
D. 2.1 – Collected information on state of the art at project commencement
Key innovations for smart cities :
- Retrofitting
Social housing retrofitting in Grenoble : Mistral program
Retrofitting of Airey in Amsterdam
Housing retrofitting in Grenoble : MURMUR 2 Programme
- District heating and cooling
Cooling and heating from public infrastructures in the pharmaceutical industry
Houthavens : comfort cooling
Cooling supply from public drinking water infrastructure
Phase change material heat storage for district heating
Advanced control for smart heating grid, Grenoble
Collective drainage network : heating and cooling by groundwater pumping
- Integrated issues
Modular façade panels
Waste water treatment biorefinery
- Smart grids
Smart grid Grenoble and Vivacité tool
Vehicle to grid
End 2 End smartification and control development
Virtual power plant
Interoperable system for sustainable city residence area
PV storage solutions, self consumption and new business models
D. 2.2 – Collected information on state of the art during project duration
- Building integrated PV panels
- City bus electrification supported by PV
- Fuel cell micro CHP
- Home battery systems
- Hybrid heat pump
- Hybrid solar PV
- Shower heat exchangers
- Small scale wind
- Smart electric thermal storage systems
- Smart home appliances
- Smart hydro-power plants (micro and mini)
- Smart thermostats
D.2.4 – Connecting innovative companies
WP3 – Technology integration : development of innovative technologies that combine smart grid, building and heating/cooling aspects
D.3.3 bis – Recommendations on residential ventilation
D.3.4 – Report on façade panels for phased energy upgrade of the building enveloppe
WP4 – Processes, stakeholders and regulation
D.4.3 – Integration process: A knowledge and activation track on ‘all electric’ solutions
D.4.4 – Documented integration process applied to Grenoble building stock
D.4.8 – Report on the (vulnerable) citizen
WP5 – Demonstrations in Amsterdam
D.5.1 – Retrofitting of Amsterdam towards zero energy buildings
D.5.2 – Retrofitting living lab Amsterdam
D.5.7- 5.12- Operational PV + intelligent storage units and a virtual power plant
D.5.14 – Implementing cooling and heating from public infrastructures in a pharmaceutical plant
D.5.16 – Dispatch and Trading Tool for Must Run waste to energy Power Plant(Kopter)
WP6 – Demonstrations in Grenoble
D.6.2 – Retrofitting of Grenoble social housing buildings
D.6.4/D.6.10 – Low pressure district heating network with energy management system
D.6.6 – Description of the Grenoble Smart grid demonstrator
D.6.9 – Recommendations for a smart grid implementation
D.6.11 – Description of the innovative collective drainage network
D.6.12 – Final report PV system with storage implementation
D.6.13 – List of buildings to be refurbished
D.6.14 – Report on Vivacité extension to metropolitan scale (french version)
WP7 – Technical monitoring and evaluation
D. 7.1 – Common monitoring strategy
D.7.2 – Monitoring and evaluation of the Amsterdam building renovations
D.7.3 – Part B – Surface water regeneration monitoring for district cooling network
D.7.5 – Large-scale impact analysis of smart grid demonstrations in Amsterdam-West
D.7.8 – Monitoring and Evaluation of Grenoble smart grid, including large scale impact analysis
D.7.11 – Monitoring and evaluation of the collective drainage natwork
WP8 – City-zen
D. 8.1 – Social monitoring plan
D.8.2 – Societal monitoring in Amsterdam
D.8.3 – Societal monitoring in Grenoble
D.8.4 – Socio-economic impact of City-zen compared to base case
D.8.5 – Exploration of societal aspects of innovation
D.8.6 – End-users empowerment in Grenoble
WP9 – Dissemination
D.9.2 – Local information point in Amsterdam
D. 9.3 – Local contact point in Grenoble
D.9.9 – Lessons from international research
D.9.10 – Summaries of industry integration workshops
D.9.13 Roadshows :
D.9.14 – Documented paths to successful deployment
D.9.16 – Smart energy solutions: what is keeping cities from implementing?