The GET.onE.app application is a user-friendly application to facilitate the design process of the renovation scenarios. The idea is to communicate the possible façade transformations to the inhabitants and let them interact with the various options, controlling the results without imposing the choice, leaving the users free to decide.
The GET.onE.app application will translate the design process of the renovation scenarios into a user-friendly practice. The idea is to communicate the possible façade transformations to the inhabitants and let them interact with the various options, controlling the results without imposing the choice, leaving the users free to decide.
This document defines a successful exploitation route for the large-scale prototype and validation of the GET system, to ensure the market introduction of the GETs solutions in the ESCO-Construction scenario. This document does not include the Business Plan for the commercial-scale implementation of the GET system.
This document focuses on applying an integrated BIM system to minimize construction time and optimize the energy, the seismic, and the tailored solutions of selected technologies. Structures and seismic retrofitting will be studied and optimized for the specific case study. Consolidated finite elements analysis and earthquake stress on structures will be simulated in a digital environment considering the actual context, design materials, building techniques and code regulations.
This report investigates the theoretical assessment of the performance of applied energy retrofit and seismic enhancement measures for selected construction site in Athens (Greece) and additionally for two feasibility studies in Reggio Emilia (Italy) and Brasov (Romania).
Report on executive implementation of mock-ups
This document will give an overview of the activities and the first results related to the implementation of a real-scale prototype in which technologies and methods developed within the project will be tested. Lessons learnt, and proposed improvements for future steps are included.
This document analyses state-of-the-art solutions for deep energy retrofit design methodology using prefabricated systems, thus including integrated technologies and approaches, that have been developed, tested and employed over the last decade of EU-funded projects.
The current document provides the state-of-the-art of existing case studies and best practices in the retrofitting of existing buildings with particular reference to users’ safety. It analyses data from pre and post structural renovation, investigation of materials used for renovation and specific renovation techniques. It also discuss consequent and subsequent cost-analysis` indicators to assess the expected gains of the presented techniques.
This report discusses the results of the technical screening for the 4 selected case studies for Pro-GET-OnE project, in order to conduct a holistic examination of the energy/structural performance and to assess, an integration of energy deep renovation techniques, structural strengthening and user-oriented design.
This document presents a catalogue on optimal integration techniques and adaptable dry assembled components. It analyses modularity, as a key approach to combine seismic rehabilitation measures with specific structures in combination with energy efficient envelopes and integrated technical services based on renewable energy sources.
This report elaborates the parametric model definition for the two case studies, the Groningen region in The Netherlands and the Mediterranean area (Italy/Greece/Romania). Those parametric models are focused on giving an indication of which buildings need and which buildings do not need seismic strengthening.
This report develops tailored abacuses in the sense of architectural and structural components for customized, pre-assembled facade modules. The aim is to integrate the combination of the selected innovative energy and environmental technologies in the specific architectural design of each case study taking into account user satisfaction, building quality, aesthetics and internal functionality in modifications that are attractive and functional for the final customers – users (multi-benefit approach).
This report discusses the results of a review in existing monitoring protocols applied for the measurement of the energy performance and the environmental conditions of the buildings in the frame of Pro-GET-OnE. It also assesses the monitoring results of the pre-construction period of the case study in Athens.
This is the final version of the Dissemination and Communication Plan, which fixes and revises the communication strategy and the corresponding communication and dissemination activities of the project.
This is an article included in the Special Issue “Energy and Seismic Renovation Strategies for Sustainable Cities” published in Sustainability in June 2019.
This paper presents the outcomes of a joint workshop and interactive discussion, held at the Sustainable Place Conference 2018 to present the experiences from four H2020 innovation actions, i.e., 4RinEU, P2ENDURE, Pro-GET-OnE, and MORE-CONNECT.
This paper aims at finding solutions to shift the investment gaps in the deep renovation of buildings sector, into opportunities for future developments.
The paper presents two cases of reinforcement obtained by applying a steel exoskeleton connected to the existing structures.
The paper proposes a novel holistic methodology to design the refurbishment of educational buildings in heating dominated climates of Mediterranean regions.
This paper presents the development of a combination of an exoskeleton and lightweight components as infill for the seismic truss.
This paper bases its considerations from the refusal of the prevailing perception that buildings consume energy, and assumes, on the contrary, that it is actually people, that consume energy for their comfort.
In this paper a building energy simulation software, along with a modelled analysis regarding the structure, is used to perform a dynamic and static analysis, to define the energy and structural improvements achieved by the GET system.
In this study the energy performance, along with the IEQ conditions, of a dormitory within the campus of the University of Athens –case study of Pro-GET-onE – have been analysed.
This paper describes the conclusions of the workshop that took place at Sustainable Places 2020. We discussed the exploitation experiences gathered in some relevant H2020 projects on deep renovation: TripleA-reno, ProGETonE, P2Endure, 4rinEU, STUNNING, and TURNkey Retrofit.
The main targets of the European research project named Pro-GET-onE are presented. LCA and LCC analyses show the economic and environmental convenience of the renovation approach versus demolition and reconstruction.
This paper reports some results of the Life Cycle Assessment and the Life Cycle Cost Assessment related to this project.
This work aims to better understand and improve the dynamic characterization of concrete frame buildings through the combined use of finite element modelling and applied seismology.
The aim of the present study is to analyse the application of the light shelves with multidisciplinary approach taking into account: daylight, electricity for lighting, cooling and heating needs and thermo-hygrometric comfort.
This paper focuses on the definition of a method supported by digital processes for a sustainable and user-oriented re-design of the existing building stock.
The document presents the conclusions of the application of light shelves -improving natural light penetration, reducing lights’ electricity demand and controlling windows’ related thermal aspects- with a multi-disciplinary approach for a whole year.
Multi-objective optimization for cooling and interior natural lighting in buildings
The aim of this paper is to apply a multi-objective optimization method within the design of transparent elements of the building envelope.
This study analyses how a structural and energy retrofit intervention for a student dormitory in Athens can lead to an improvement of the Indoor Environmental Quality.
This paper presents the analysis and investigation on the possibility of introducing a general and rapid methodology based on artificial neural network to assess the seismic response of existing RC buildings.
This article presents a timber-based integrated solution to solve at once common issues affecting typical RC existing buildings.
The aim of this paper is to evaluate and illustrate the energy saving potential and Indoor Environmental Quality (IEQ) performances of a façade addition on existing and low energy performing buildings.
This conference proceedings proposes an approach to the dynamic characterization of reinforced concrete buildings using passive single-station techniques.
This paper presents a case study of an holistic approach for energy retrofit in a dormitory in Athens, targeting nZEB objectives.
This paper published in the Encyclopedia of the UN Sustainable Development Goals, presents a clear description on which should be the added value of retrofitting existing building stock, including energy and non-energy related benefits.
On the 29th of September 2021, ProGETonE organized together with 4 other H2020 projects (DRIVE 0, STEP UP, INFINITE, PLURAL, and ENSNARE) a workshop entitled “Modularity and Industrialisation of Building envelope kits: Challenges, propositions and Barriers towards deep renovation”, to explore new strategies for deep renovation as a contribution to the EU Renovation Wave.
This 180-minute workshop elaborated a conceptual framework to assess the preconditions and KPIs that need to be met to benefit from a modular product strategy in the deep-renovation market to which industrialization and modularity are relative new concepts.
This paper presents a coherent framework, which maps the intervention strategies against the challenges and barriers identified during the workshop at the Sustainable Places 2021 about Zero Energy Renovation Kits. The position paper concludes by addressing the implications for innovation managers, decision makers and policy makers to sustain the market for Zero Energy Renovation Kits. Finally, further research opportunities are highlighted.
On the 16th of September 2022, ProGETonE organized an cluster event with eSAFE project, in the framework of the Sustainable Energy Week 2022. The event focused on the strategies for deep energy renovation combined with seismic strengthening approaches.
On the 29th of October 2019, ProGETonE organized an International Workshop to talk about integrated approaches to achieve energy renovation of buildings in the Mediterranean area. Several speakers talked about strengths and barriers of EU renovation projects.
On 22nd May 2019, the 2nd ProGETonE’s International Conference was organized in Bologna under the title: Increasing the quality and the value of existing buildings: energy, seismic and architectural retrofit practices.
On the 20th October 2019, a one-day symposium was organized in BuildinG, in Groningen, to talk about seismic improvement and energy neutral retrofitting.
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