Deliverables
This deliverable will provide information on the project’s website, social media accounts, press kit, videos, journal articles and presentations of EERAdata at webinars, conferences and workshops.
Task 31 will conduct a detailed analysis of existing methodologies which can be used for building performance simulation and the impact assessment of EE investments in buildings and supplyside investments in additional energy generation and imports Examples of impact assessment methodologies are environmental LCA costbenefit analysis lifecycle costing inputoutput analysis social impact assessment and social LCA We will identify the elements of these methodologies which can be used or adapted to generate the indicators and variables identified in WP2 as the key metrics to measure the outcomes of EE investments in buildings To ensure the feasibility of the EERAdata methodology we will take into account the availability and accessibility of data sources for the inputs which are required by the different methodologiesResults will be comprised in a publicly available assessment report Deliverable 31
The conference brief will provide an overview of the EERAdata project and its key findings The brief will be provided to conference participants
Decision support tool scalability and replicability studyIn order to make the DST relevant to the broader EU community and beyond it will need to incorporate a wide array of functionality that will make it easily scalable and replicable in countriesregionslocal communities with different decisionmaking structures varying access to monitoring data diverse backgrounds of potential users market sizerenovation potential and other distinct considerations For this purpose task 73 will analyse the existing potential for application of the tool in countries across the EU by identifying and mapping specific aspects in the area of data availability and formats applicability of LCA databases user identification and energy renovation process from planning to implementation and so forth
In Task 26 the results of WP2 will be operationalised Identified indicators frameworks and data sources will be structured and sorted for further processing and integration in the methodologies WP4 Missing indicators and parameters will be edited included and when necessary derived from scientific models or experiences from other projects case studies This involves literature review and research with the frontrunner municipalities In a final step the indicators and variables will be consolidated and operationalised to be included into the tool in WP5The necessary structures methods and processes will be described and illustrated in an easy to understand way in a technical guide Deliverable D25
By analysing the data collection practices models of collection processes will be developed and described ITTI will model the processes using UML notation or BPMN and specify how in the next WP the data preparation and surveying wizards will be developed All necessary and relevant interactions with users will be defined These procedures will be provided to the end users in an efficient and innovative way using film tutorial or guidance application Deliverable D45
The goal of this task is to identify the type and format of data needed to model and analyse the building stock at the regional/municipal level through the EERAdata methodology. This will be done considering the availability of ‘generic’ data sources (e.g. the TABULA project) as well as of specific data from project frontrunner municipalities and across EU countries, and the necessary steps that will be required to access and format this data in WP4. The found information and categories will be comprised into a catalogue. (Deliverable D3.2)
Survey’s and interviews’ results are finally summarised in a statistical report. Related to Task 2.1
The field test strategy designed in Task 61 will be decomposed into functionalities Each functionality will be tested by a number of test cases Such way it will be tested in one side the functionality itself and in the other side the GUI Graphical User Interface for this concrete functionality This will ensure that the produced software will follow the original user requirements The field testing process will start once the lab testing in WP5 reach a maturity such no major bugs are found and only few medium and low gravity ones are present in the software release The field test strategy will concentrate the test activity only in end user functions HABITEC will organise the pilot coordination jointly with KSSENA and AEA and will establish the processes for user evaluation ITTI will review the field test strategy and test cases in order to ensure in one side no end user functionality of the software is left untested and in the other side any feedback provided from the field test include the minimum information to fix the reported bugs
HABITEC performs user surveys and feedback loops to evaluate the impact and funtionality of the EERAdata software This will feed into current development and the implementation strategy of the software as well as into the exploitation strategy of the tool
A report on the finalised EERAdata methodology see D32 and tool requirements of the endusers
Task 22 will identify and review various national and international studies scientific models and datasetsdatabases that are useful to scope the defined indicators and variables The indicators and variables are developed in parallel with Task 23 and 24 and in cooperation with TRI DTU and ITTI to get a logical data framework that is used for the data collection and its integration in the database and finally in the tool in WP4 and WP5 The outcome will be combined into a costbenefit catalogue Deliverable 23
The combined outcome of task 21 will result in three country specific factsheets comprising lists of existing EE goals strategies and user requirements clustered in socioeconomic environmental and energy supplyside analysis which is used for the definition of key indicators and variables in the Tasks 22 to 24
General building stock data for European buildings and specific data for the frontrunner partners Task 41 will collect merge and format relevant data to establish a model of the building stock of the frontrunner municipalities Data gaps will be identified and solutions will be developed to fill these gaps in the future The partners will gather sort and inspect various kinds of dataformats even scanning documents on paper to provide the most detailed information on the building stock of the frontrunner partners The collected data will be sorted and processed in line with international norms and structuresLocal building data will be extended with already available European datasets comprising demographic data research and scientific data statistical socioeconomic datasets and georeferenced datasets eg GMLfiles of European regions
Final joint strategy on planning and management of energy efficiency measures on different levels of decision making The final output of WP7 Deliverable D75 will provide a practical guide for European policymakers to prioritise EE measure in buildings through the application of the DST developed by EERAdata
The EERAdata website will be established within three months of the project kick off
Three training events for associated partner municipalities secondary implementers In this task 50 or more secondary implementers will be engaged through workshops to demonstrate how the tool is used in practice The workshops will include demonstration activities focusing on the data collection process and the establishment of a model of the building stock examples of DST application based on the pilots of WP6 and assisted interactions with the tool format and interface After the workshops the secondary implementers will also be supported remotely by the project team to ensure the DST is adopted correctly and used at its full potential
Once each field test campaign is finished ITTI review the bug list and add the necessary fixes in new software releases Each new software release includes a declaration of the bugs fixed Such new software release feed the new works of Task 62 until there are no mayor or medium gravity bugsIn addition the output data generated with the pilot projects and their significance have to be assessed in order to verify and improved the exhaustive applicability of the tool in future for evaluating EE measures with a comprehensive approachDeliverable D63
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Publications
Author(s): Valentini Fedrizzi, Nicole
Published in: Master Thesis, 2021
Publisher: Technical University Munich
Author(s): Höing, Marie Pax Aurelia
Published in: Master Thesis, 2020
Publisher: Technical University Munich
Author(s): Chyslovska, Oksana
Published in: Master Thesis, 2021
Publisher: Technical University Munich
Author(s): Simone Winter-Madsen, Nicolai Mortensen
Published in: Master Thesis, 2021
Publisher: Department of Civil Engineering, Technical University of Denmark
Author(s): Harter, H.
Published in: 2021
Publisher: Technical University Munich
Author(s): Hakan Koray Bak
Published in: Master Thesis, 2021
Publisher: Department of Civil Engineering, Technical University of Denmark
Author(s): Nicolai Svitzer Lyngbye, Georg Holger Waage
Published in: Master Thesis, 2022
Publisher: Department of Civil Engineering, Technical University of Denmark
Author(s): Alberte Marie Jensen, Claes Villirs
Published in: Master Thesis, 2022
Publisher: Department of Civil Engineering, Technical University of Denmark
Author(s): Botzler, S.
Published in: Thesis in preparation, expected submission: August 2022, 2022
Publisher: Technical University Munich
Author(s): Toftum, J.
Published in: Ingeniøren/FacilityTech, 2021
Publisher: Teknologiens Mediehu
Author(s): Rafael Abad Cano, Lorena Garzarán Fernández, Antonio Vargas Yañez
Published in: Revista Travesías, December´s 2020 edition, 2020
Publisher: TRAVESIAS
Author(s): Toftum J.
Published in: HVAC Magasinet, 2020
Publisher: Techmedia
Author(s): Toftum, J.
Published in: HVAC Magasinet, no 2, 2020, Page(s) 6
Publisher: TechMedia A/S
Author(s): Winter-Madsen, S., Mortensen, N., Andersen, R., Toftum, J.
Published in: HVAC Magasinet, No 11, 2021, Page(s) 32-36
Publisher: Techmedia A/S
Author(s): Botzler, S.;Toftum, J.; Elusakin, T.; Korsholm Andersen, R.; Natek, N., Adamczyk, A.
Published in: Paper in preparation, expected submission: April 2022, 2022
Publisher: tbd
Author(s): Mortensen, N., Winter-Madsen, S., Andersen, R., Toftum, J.
Published in: HVAC Magasinet, no 11, 2021, Page(s) 24-30
Publisher: Techmedia A/S
Author(s): Abad Cano, R.; Garzaran Fernandez, L.
Published in: Travesias Journal, 4, 2021
Publisher: Colegio Oficial de Arquitectos de Malaga
Author(s): Toftum, J.
Published in: HVAC Magasinet, no 11, 2019, Page(s) 6
Publisher: TechMedia A/S
Author(s): Toftum, J.; Andersen, R. Aguilera Prado, J.J.; Kolstrup, K; Sloth-Hauberg, D.; Clausen, G.
Published in: Energy and Buildings, Volume 250, 2021, ISSN 0378-7788
Publisher: Elsevier BV
DOI: 10.1016/j.enbuild.2021.111274
Author(s): Botzler, S.
Published in: 11th Energy Colloquium of the Munich School of Engineering, 2021
Publisher: Technical University Munich
Author(s): Botzler, S.
Published in: Sustianable Places Conference 2021, 2021, 2021
Publisher: R2M SOLUTION SRL
Author(s): Harter, H., Willenborg, B., Schneider-Marin, P., Banihashemi, F., Vollmer, M., Kierdorf, D., H. Kolbe, T., Lang, W
Published in: Building Simulation 2021 Conference of the International Building Simulation Association proceedings, 2021
Publisher: KU Leuven
Author(s): Rafael Abad Cano
Published in: International Green Cities Congress book of communications, October´s 2020 edition, 2020
Publisher: International Green Cities Congress