POCITYF
A POsitive Energy CITY Transformation Framework
Challenges
- In 2015, 75% of the population lives in urban areas, accounting for 60-80% of global energy consumption
- In 2016, 4.2M people died due to high levels of air pollution due to the transport sector and the energy inefficiency of the building stock (97% of the stock is energy inefficient)
- In the coming decades, electricity generation will vary drastically from a centralized production by fossil fuel plants towards a decentralized generation, mainly by local home and district systems operating at the micro-network level. A need for network flexibility is detected.
POCITYF project
10 solutions will be developed, tested and monitored to the cities Evora (PT) and Alkmaar (NL) that will act as examples and help the follower cities (Granada, Bari, Celje, Ujpest, Ioannina and Hvidovre) to plan and start the replication of the deployed solutions, which will work for the following objectives:
- Increase energy savings and produce / consume renewable energy locally at the building and district level.
- Maximize self-consumption, reduce network stress and increase financial value through network flexibility services.
- Reduce the impact of e-mobility on the energy system, increase e-vehicles that use renewable energy sources, promote decarbonization of the mobility sector and reduce the mobility costs of citizens.
- Encourage citizens to co-create value through proven solutions, create an open innovation ecosystem between different sets of experimentation and empower consumers to become “prosumers” customers, allowing them to earn income on electricity.
Participants
A total of 46 partners from 13 countries participate in POCITYF with the objective of having energy efficient cities (including protected / cultural buildings).
Relevant R+D+i projects
Mantenim Circular project
MANTENIM CIRCULAR Maintenance towards circularity. Phase [...]
REN + HOMES project
REN + HOMES Renewable ENergy-based Positive [...]
Reconstruct project
Reconstruct A Territorial Construction System for [...]
Accord project
Accord Automated Compliance Checks for Construction, [...]
InCUBE Project
InCUBE An INClUsive toolBox for accElerating [...]
ReplanCityLife Project
Replan City Life RElevant Audience Plan [...]
SEEtheSkills Project
SEEtheSkills Sustainable EnErgy Skills in construction: [...]
MEZeroE Project
MEZeroE Measuring envelope products and [...]
CO2 compensation Project
CO2 compensation tool Carbon offsets for [...]
CICLES Project
Sustainable construction cycles Cycle of sessions [...]
PLURAL Project
PLURAL Plug-and-use renovation with adaptable lightweight [...]
Construïm Circular Project
Construïm Circular Building towards Circularity. [...]
BEDEC-reCICLAT Project
BEDEC-reCICLAT Achievement of the maximum content [...]
eCOBim Project
eCOBim Digitization of environmental data [...]
BIMbiblio Project
BIMBIBLIO BIM Object Library [...]
POCITYF Project
POCITYF A POsitive Energy CITY Transformation [...]
BIMdustry Project
BIMDUSTRY 4.0 Study for the implementation [...]
Construtex Project
CONSTRUTEX Feasibility study of new application of textile materials in [...]
RedifiCAT Project
RE-EDIFICAT Recycle your building [...]
Bedec-re Project
BEDEC-RE Database of construction products with [...]
Bloc-replastic Project
BLOC-REPLASTIC Development of a prefabricated block [...]
ITeC Impulsa Project
ITEC IMPULSA Programa de cerca de [...]
RECONS Project
RECONS Reducing Construction Environmental Impact [...]
Homeskin Project
HOMESKIN Key Insulating material [...]
Scaling Circular Business Project
SCALING CIRCULAR BUSINESS Helping European entrepreneurs to scale-up their innovative [...]