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Project/Service Agreement:POCI-01-0145-FEDER-030223

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Status
Projeto EncerradoClosed
Publication
PublicadoPublished
General Data
Code: 73012
 
Reference: POCI-01-0145-FEDER-030223
Short name: POLYSOL
Title: Development of a polygeneration solar system for Zero Energy Building
Competitive Funding: Yes
Does it involve businesses?: No
No. of Participating Institutions: 2
Scope
Type: Funded Project
 
Geographical Scope: National
 
Type of Action: R&TD
Funding
Programme: P2020|COMPETE - Projetos em Todos os Domínios Científicos
Funding Institution: FCT - Fundação para a Ciência e a Tecnologia
Financial Geographical Scope: National
Date of the Funding Agreement: 2018-03-26
Scheduling
Effective Start Date: 2018-05-01
Expected Completion Date: 2021-10-31
Effective Completion Date: 2022-04-30
Budget
Currency: EUR
 
Total Approved Budget: 232.067,97 EUR
Details
Summary: Buildings are responsible for a large portion of the energy consumption and harmful emissions to the environment. To change this situation, several countries including the EU are proposing regulations to reduce the primary energy consumption of buildings. The coming European Performance of Buildings Directive (EPBD2 [1]) will require that new buildings have to be nearly Zero Energy Buildings (ZEBs) by 2018/20. Achieving this goal implies a large use of renewables on-site combined with energy saving measures.
Solar energy systems are now widely used, either to generate electricity on-site, through the use of photovoltaic (PV) collectors, either to supply useful heat, mostly in domestic hot water applications, using solar thermal (ST) collectors. It is however possible to obtain useful space heating and cooling with solar thermal systems, eventually combined with heat pumps. Therefore, solar energy (both PV and ST) can be used with a combination of existing technologies to supply electricity, heating and cooling needs. When combined with adequate storage systems, to compensate fluctuations in solar energy supply, these renewable energy systems may supply a large part of, or even all, the energy needs of a building, without environmental impact. They would decisively contribute to the ZEB target.
The proposed research aims to develop a reliable and cost-effective polygeneration system for an existing test building, able to provide electricity, cooling and heating needs. The system will use solar energy as main source, through PV and ST collectors. It will also include different types of storage (electrical and thermal). PV collectors will generate the required electricity needs, using a novel vanadium redox battery pack to overcome mismatches between generation and consumption. ST collectors and a heat storage will supply heating needs through the delivery of hot water, and will supply cooling needs when coupled to a novel variable geometry ejector (VGE) heat pump Ver mais. Adequado para parcelas de texto incompletas e que, através deste ícone, permite-se que o utilizador leia o texto todo.
Scientific Context
Scientific Domain (FOS - Level 2): Engineering and technology

Academic fields (CORDIS - Level 5)

Mais informações There are no Academic Fields associated with the Project.

Keywords

Mais informações There are no Keywords associated with the Project.
Documents
Mais informações There are no Documents associated with the Project.

Publications associated with the Project

Article in International Scientific Journal
Nuno Delgado (Author) (FEUP); Ricardo Monteiro (Author) (FEUP); M. Abdollahzadeh (Author) (Other); Paulo Ribeirinha (Author) (FEUP); A. Bentien (Author) (Other); Adélio Mendes (Author) (FEUP)
2020
Institutions Participating in the Project
Institution Contact Create Tab?
Name Short name Country Type Participation Name Telephone Email
INEGI - Instituto de Ciência e Inovação em Engenharia Mecânica e Engenharia Industrial INEGI Portugal Non-profit institution Proponent
Faculdade de Engenharia da Universidade do Porto FEUP Portugal University Partner
 
Budgets and Teams
Approved Budget: 46.875,00 EUR
Approved Funded Amount: 46.875,00 EUR
Approved co-funded Amount: 0,00 EUR
Funding Rate: 100 %
Confidential Budget:

People in the Project

Institution Name Short name Role Dedication (%) Contribution (%) Allocation
Start date End date
FEUP Adélio Miguel Magalhães Mendes AMM Official Researcher at the OU
FEUP Marta Ferreira da Silva Boaventura MFSB Researcher
FEUP Ricardo André Ribeiro Monteiro RARM Researcher

Technicians in the Project

Technician Contact
FEUP 624190 Maria de Lurdes Fernandes de Matos Gonçalves
Laboratories
Mais informações There are no Laboratories associated with the Project.
Budgets and Teams
Approved Budget: 185.193,00 EUR
Approved Funded Amount: -
Approved co-funded Amount: -
Funding Rate: 100 %
Confidential Budget:

People in the Project

Institution Name Short name Role Dedication (%) Contribution (%) Allocation
Start date End date
FEUP Ana Isabel Palmero Marrero AIPM Official Researcher at the OU
FEUP António Manuel Ferreira Mendes Lopes AML Researcher
FEUP Armando Carlos Figueiredo Coelho de Oliveira ACO Researcher
FEUP Fernando Gomes de Almeida FGA Researcher
FEUP João Daniel Pereira Soares JDPS Researcher
FEUP João Pedro Barata Rocha Falcão Carneiro JFC Researcher
FEUP Mário Jorge Dias Guindeira MJDG Researcher
FEUP Szabolcs Varga SV Researcher

Technicians in the Project

Mais informações There are no Technicians associated with the Project.
Laboratories
Mais informações There are no Laboratories associated with the Project.
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