EPISCOPE / TABULA Usage Tracking

Short Title:

Big Energy Data

Title:

Datenauswertungen zur Messung und Verbesserung Energiepolitischer Maßnahmen durch Online-Datenbanken im Gebäudeenergiebereich

Short summary:

As part of this project, it was demonstrated how the anonymised, accumulated and quality-assured evaluations could be generated so that they could be useful for measuring the achievement of energy policy objectives and for the future decision-makings. This data could be provided for different target groups in adequate form.

Usage:

The project referred to the gained experiences in DATAMINE/TABULA / EPISCOPE-concepts in the development of typology and monitoring the energy efficiency as well as the raising quality in renovation trends of the buildings.

Citation:

V. Rohrer-Vanzo, R. Pinggera, B. Waglechner: Big Energy Data, 13. Symposium for Energy innovation, 12.-14.2.2014, Graz / Austria

Responsible:

gizmocraft, design and technology Ltd

Financed / co-financed by:

Year:

2014

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by AEA

Short Title:

Analysis of cost effectivity of typical different technical solutions for renovations in the city

Title:

Analyse von Kosten und Wirkungen unterschiedlicher technologischer Lösungen für repräsentative städtebauliche Typologien

Short summary:

The project examines the rough typologies of urban districts and their power supply in Vienna and Austria. It identifies suitable energy supply relevant bundle of measures according to the building types in the urban area. The project was initiated to support Vienna’s roadmap to a Smart City.

Usage:

The Austrian building typology developed in TABULA / EPISCOPE was used to identify the renovation measures, suggested.

Citation:

W. Loibl, M. Köstl, H. Neumann, S. Möller, D. Walangitang, B. Iglá Analysis of cost effectivity of typical different technical solutions for renovations in the city, Vienna 2015

Responsible:

Austrian Institute of Technology

Financed / co-financed by:

Founded by the Austrian Climate and Energy Fund within the grogram „Smart Cities - FIT for SET“

Year:

2015

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by AEA

Short Title:

Diffusion of air conditioning

Title:

Diffusion der Klimatisierung

Short summary:

The aim of the survey is to study the possible passive measures in the building sectors, i.e., without active cooling devices, to protect rooms from overheating.

Usage:

Using (Austrian) building typology for the thermal characteristics of the buildings

Citation:

P. Taboga, Diffusion der Klimatisierung, Vienna 2014

Responsible:

University of Natural Resources and life Sciences in Vienna

Financed / co-financed by:

Year:

2014

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by AEA

Short Title:

R-Bau - Development of a replicable deconstruction strategy for residential buildings to force the recovery-oriented dismantling

Title:

R-Bau

Short summary:

The aim of the project was to develop a replicable deconstruction strategy for residential buildings to force the recycling-oriented dismantling. The key aspect of the project was the development of standardized building models in order to analyse the recycling process, the design of a deconstruction catalogue and the transfer of the project findings to refurbishment, design and construction of residential buildings. This project was based on the Building Materials Decree came into force January 2016.

Usage:

The Tabula/Episcope typology was used for the examples for building size and construction materials.

Citation:

Final Report, Heinz Buschmann (RMA), Oskar Mair am Tinkhof (AEA), Vienna 2016

Responsible:

Resource Management Agency (RMA), Austrian Energy Agency (AEA)

Financed / co-financed by:

Programme: Stadt der Zukunft (City of future)
Austrian Ministry for Transport, Innovation and Technology

Year:

2016

URL:

<Download Link> (report not yet published)

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by AEA

Short Title:

More about Energy Performance and Indoor Climate

Title:

Meer over EPB

Short summary:

Website for architects, energy professionals and consultants for the built environment

Usage:

The TABULA typology and linked energy performance are referred to on this website as an example of how energy ambitions can be determined based upon dwelling typologies.

Citation:

N/A

Responsible:

N/A

Financed / co-financed by:

N/A

Year:

2013, but continuously updated

URL:

<Download Link>

URL2:

N/A

Status of information:

2016-05-19 / reported by Vito

Short Title:

Study on the package of measures in Energy Performance and Indoor Climate regulation in the residential sector

Title:

Studie EPB-eisenpakket residentiële nieuwbouw. Een nieuwe indicator voor de energie-efficiëntie van de gebouwschil en de algemene energieprestatie-indicator op weg naar 2021.

Short summary:

The report proposes a new indicator for energy efficiency of the building envelope and a new normalisation of the primary energy factor in EPB calculations.

Usage:

The typology is referred to as an example of the use of reference buildings, and referred to other studies who have, based upon the TABULA typology used variants of such reference buildings.

Citation:

Bracke W., Delghust M., Laverge J. (UGent), Alderweireldt J., Leveau C., Pierard F. (3E), Peeters L. (Th!nk E), Baeten J. (Trizone). 2015. Studie EPB-eisenpakket residentiële nieuwbouw. Een nieuwe indicator voor de energie-efficiëntie van de gebouwschil en de algemene energieprestatie-indicator op weg naar 2021.

Responsible:

3E, Ghent University, Th!nkE, Trizone

Financed / co-financed by:

Flemish Environmental Agency (VEA)

Year:

2015

URL:

<Download Link>

URL2:

N/A

Status of information:

2016-05-19 / reported by Vito

Short Title:

Usage of the typology for PhD on dynamic model for the Belgian housing stock

Title:

Quantifying the Impact of Building Design on the Potential of Structural Storage for Active Demand Response in Residential Buildings

Short summary:

The main goal of this work is a fundamental analysis of the impact of building design parameters on the potential of structural thermal energy storage (STES) for active demand response (ADR). The scope of the work is on residential buildings – both new and existing – in the heating dominated context of Belgium.

Usage:

In the PhD theisis a reduced-order building stock model that is developed and implemented in the operational model. This building stock model is based on the Belgian building stock description of the TABULA and EPISCOPE project and has been used to set up a dynamic reduced-order building stock model.

Citation:

Reynders, G. (2015). Quantifying the Impact of Building Design on the Potential of Structural Storage for Active Demand Response in Residential Buildings. PhD thesis, KU Leuven, Belgium, 262p.

Responsible:

KU Leuven (University of Leuven)

Financed / co-financed by:

Year:

2015

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by Vito

Short Title:

Book and Website on Post-War Building Materials in Housing in Brussels (1945-1975)

Title:

Book and Website on Post-War Building Materials in Housing in Brussels (1945-1975)

Short summary:

A research project on post-war housing in Brussels resulted in a trilingual book and website which help to shed light on the development and applications of innovative building materials and techniques in house building in Brussels (and Belgium) in the period 1945-1975. The book and website will assist a broad group of stakeholders in recognizing and valorising typical post-war materials in restoration and retrofit projects.

Usage:

As background reference.

Citation:

Van de Voorde, S., Bertels, I. and Wouters I. (2015). Post-war building materials in housing in Brussels (1945-1975).

Responsible:

VUB (University of Brussels)

Financed / co-financed by:

Innoviris (Innovation Brussels Capital Region)

Year:

2015

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by Vito

Short Title:

COMPARATIVE STUDY OF THE ENERGY BALANCE OF DWELLINGS USING DIFFERENT MODELS OF CALCULATION

Title:

ΣΥΓΚΡΙΤΙΚΗ ΜΕΛΕΤΗ ΕΝΕΡΓΕΙΑΚΟΥ ΙΣΟΖΥΓΙΟΥ ΚΑΤΟΙΚΙΩΝ ΜΕ ΤΗ ΧΡΗΣΗ ΔΙΑΦΟΡΕΤΙΚΩΝ ΜΟΝΤΕΛΩΝ ΥΠΟΛΟΓΙΣΜΟΥ

Short summary:

The aim of this master thesis was to study and compare the energy efficiency of existing housing units (based on the TABULA building matrix) in Cyprus, using different software in order to find the differences in the calculation process of the energy balance.

Usage:

The six (6) dwellings used as case study for the comparison were chosen based on the TABULA matrix developed for Cyprus. Also, one of the software used was the TABULA.xls.

Citation:

Αντρέας Τριχινάς, 2015, ΣΥΓΚΡΙΤΙΚΗ ΜΕΛΕΤΗ ΕΝΕΡΓΕΙΑΚΟΥ ΙΣΟΖΥΓΙΟΥ ΚΑΤΟΙΚΙΩΝ ΜΕ ΤΗ ΧΡΗΣΗ ΔΙΑΦΟΡΕΤΙΚΩΝ ΜΟΝΤΕΛΩΝ ΥΠΟΛΟΓΙΣΜΟΥ, ΤΕΠΑΚ, Λεμεσός.

Responsible:

-

Financed / co-financed by:

-

Year:

2015

URL:

-

URL2:

-

Status of information:

2016-05-19 / reported by CUT

Short Title:

PILOT STUDY FOR THE ENERGY UPGRADE OF TYPICAL DWELLINGS IN CYPRUS TO NEARLY ZERO ENERGY CONSUMPTION HOUSES

Title:

ΠΙΛΟΤΙΚΗ ΜΕΛΕΤΗ ΕΝΕΡΓΕΙΑΚΗΣ ΑΝΑΒΑΘΜΙΣΗΣ ΤΥΠΙΚΩΝ ΚΑΤΟΙΚΙΩΝ ΣΤΗΝ ΚΥΠΡΟ ΣΕ ΣΧΕΔΟΝ ΜΗΔΕΝΙΚΗΣ ΕΝΕΡΓΕΙΑΚΗΣ ΚΑΤΑΝΑΛΩΣΗΣ ΚΑΤΟΙΚΙΕΣ

Short summary:

This master thesis investigated the nZEB definition and the refurbishment measures needed to be applied on the existing dwellings in Cyprus in order to be converted into nearly Zero Energy Buildings. The pilot study was carried out on thirty (30) exemplary dwellings from the portfolio of the Cyprus Land Development Corporation (CLDC).

Usage:

The exemplary dwellings were selected based on the classification scheme of TABULA and specifically from the housing stock of the CLDC.

Citation:

Μαριλένα Μιχαηλίδου, 2015, ΠΙΛΟΤΙΚΗ ΜΕΛΕΤΗ ΕΝΕΡΓΕΙΑΚΗΣ ΑΝΑΒΑΘΜΙΣΗΣ ΤΥΠΙΚΩΝ ΚΑΤΟΙΚΙΩΝ ΣΤΗΝ ΚΥΠΡΟ ΣΕ ΣΧΕΔΟΝ ΜΗΔΕΝΙΚΗΣ ΕΝΕΡΓΕΙΑΚΗΣ ΚΑΤΑΝΑΛΩΣΗΣ ΚΑΤΟΙΚΙΕΣ, ΤΕΠΑΚ, Λεμεσός.

Responsible:

-

Financed / co-financed by:

-

Year:

2015

URL:

<Download Link>

URL2:

-

Status of information:

2016-05-19 / reported by CUT

Short Title:

Building Renovation Strategy, Chance for Buildings

Title:

Strategie renovace budov. Podle článku 4 Směrnice o energetické účinnosti (2012/27/EU).

Short summary:

Assessment of the potential for energy savings using different scenarios for the renovation of the Czech building stock

Usage:

The Czech building typology developed during the TABULA / EPISCOPE projects was used as basis for an assessment of the energy saving potential of different renovation scenarios of the Czech building stock.  The typology concept, together with specific data of the external envelope and thermal insulation characteristics was used in the scenario calculations.

Citation:

Holub, P.; Antonín, J. (2014): Strategie renovace budov. Podle článku 4 Směrnice o energetické účinnosti (2012/27/EU). Šance pro budovy

Responsible:

Šance pro budovy

Financed / co-financed by:

Program EFEKT

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by STU-K

Short Title:

National Energy Efficiency Action Plan of the Czech Republic (NEEAP 2014)

Title:

Národní akční plán energetické účinnosti ČR

Short summary:

National Energy Efficiency Action Plans (NEEAPs) set out estimated energy consumption, planned energy efficiency measures and the improvements individual EU countries expect to achieve.

Usage:

Annex 6 of the NEEAP includes a section on building renovation as part of the national action plan. This annex mentions the use of the Czech building typologies developed during the TABULA / EPISCOPE projects in relation to the above mentioned study from Šance pro budovy.

Citation:

Ministerstvo průmyslu a obchodu (2014), National Energy Efficiency Action Plan of the Czech Republic pursuant to Article 24(2) of Directive 2012/27/EU of the European Parliament and of the Council of 25 October 2012 on energy efficiency

Responsible:

Ministry of Industry and Trade of the Czech Republic

Financed / co-financed by:

Ministry of Industry and Trade of the Czech Republic

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by STU-K

Short Title:

RentalCal project

Title:

European Rental Housing Framework for the Profitability Calculation of Energetic Retrofitting Investments.

Short summary:

The project’s key ambition is to improve market transparency for energy efficiency investments in the rental housing industry. It does so by providing a benchmarking tool for transnational profitability assessments of such investments.

Usage:

The TABULA / EPISCOPE building and system typologies is used for the analysis of the European (and Czech) rental housing market. The technical framework of RentalCal is based on national residential building typologies developed during the IEE projects TABULA and EPISCOPE.

Citation:

RentalCal Consortium (2015), Scenario set up and tool architecture. Deliverable 6.1.

Responsible:

Institut Wohnen und Umwelt (Institute for Housing and Environment) – project coordinator

STU-K – Czech partner

Financed / co-financed by:

European Commission, through EASME

Year:

2015

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by STU-K

Short Title:

Complex renovation of (not only) prefabricated concrete apartment blocks.

Title:

Komplexní regenerace (nejen) panelových domů

Short summary:

Article that summarizes simple principles that are necessary to take into account when renovating (not only) apartment blocks built of prefabricated elements resulting in a passive house.

Usage:

Data from the Czech building typology developed during the TABULA / EPISCOPE projects was used to analyse the current renovation approaches in large panel buildings and other type of residential buildings.

Citation:

Picpauer, J. (2013), Komplexní regenerace (nejen) panelových domů.  Energeticky soběstačné budovy, Vol. 2, 2013, 32-35.

Responsible:

Ing. Jan Picpauer

Financed / co-financed by:

Centrum pasivního domu

Year:

2013

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by STU-K

Short Title:

Assessment of investment for heating of a family house.

Title:

Posouzení investic do vytápění rodinného domu

Short summary:

Bachelor’s thesis that assess the investment in heating of a family house, and how the costs can be reduced.

Usage:

Data from the TABULA / EPISCOPE Czech building typology were used to in the analysis of energy consumption.

Citation:

BALÁŽI, M. Posouzení investic do vytápění rodinného domu. Brno: Vysoké učení technické v Brně. Fakulta strojního inženýrství. 2014.

Responsible:

Martin Baláži, Brno Technical University

Financed / co-financed by:

n/a

Year:

2014

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by STU-K

Short Title:

ENTRANZE - Toolkit for policy makers

Title:

Hledání cest pro přechod k budovám s téměř nulovou spotřebou energie

Nástroje pro tvůrce politik

Short summary:

Final report of ENTRANZE project including discussion of the status quo of the European building stock, data available, guidelines and policy recommendations.

Usage:

Use of the available monitoring data of the European building stock from the TABULA / EPISCOPE project for Czech Republic and Europe.

Citation:

ENTRANZE Consortium, (2014). Laying down the pathways to nearly zero-energy buildings. A toolkit for policy makers ENTRANZE (Policies to enforce the transition to nearly Zero Energy Buildings in the EU-28) project

Responsible:

ENTRANZE Consortium

Financed / co-financed by:

European Commission through Intelligent Energy Europe

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by STU-K

Short Title:

Insulation potential Germany

Title:

Dämmbarkeit des deutschen Gebäudebestands

(Potentials of implementing insulation measures in the German building stock)

Short summary:

The study is aiming to quantify the saving potentials of useful heat consumption in Germany. Due to several restrictions, heat consumption can be reduced only to a certain amount. The potential limits narrow the scope for the reduction of primary energy consumption. This can only be compensated by additional efforts to reduce system losses and primary energy factors. Two scenarios have been calculated with the building model GEMOD, a business-as-usual scenario and one that focusses on ambitious climate protection. The study shows that the realistic potential does not reach the theoretical potential within the given time because the maximum speed of renovation is insufficient.

Usage:

In the course of the project the building model GEMOD has been improved. It documents the German stock of residential and non-residential buildings using 234 building types. Datasets of exemplary buildings from the TABULA typology were used as a basis for the residential building stock.

Citation:

Jochum, P. et al. (2015): Dämmbarkeit des deutschen Gebäudebestands. Beuth Hochschule für Technik Berlin, ifeu – Institut für Energie und Umweltforschung Heidelberg GmbH

Responsible:

Beuth Hochschule für Technik Berlin,

ifeu – Institut für Energie und Umweltforschung Heidelberg GmbH

Financed / co-financed by:

Bundesministerium für Wirtschaft und Energie

Year:

2015

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by IWU

Short Title:

Energy mapping of the region Baden-Württemberg

Title:

Energieatlas Baden-Württemberg

Short summary:

Tool for mapping and visualisation of typical energy performance of the housing stock in the federal state Baden-Württemberg

Usage:

Energy consumption values were derived from the example buildings of the German residential building typology and assigned according to the predominant building size and construction year class known from the last German census.

Citation:

Landesanstalt für Umwelt, Messungen und Naturschutz Baden-Württemberg (Hrsg.) (2015): Energieatlas Baden-Württemberg

Responsible:

LUBW Landesanstalt für Umwelt, Messungen und Naturschutz Baden-Württemberg (Karlsruhe / Germany)

Financed / co-financed by:

Ministerium für Umwelt, Klima und Energiewirtschaft Baden-Württemberg

Year:

2015

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by IWU

Short Title:

Modelling heat load profiles

Title:

Einfluss der Modellierung von Wärmebedarfslastgängen auf das ermittelte Lastmanagementpotenzial thermischer Versorgungssysteme

(Influence of the type of heat load profiles on the load management potential of heat supply systems)

Short summary:

There are different approaches to simulate the energy need for heating of residential buildings. Especially when simulating electrical supply systems this energy need is of major importance. In this paper the modelling approach for the energy need for heating is analysed in a detailed and a simplified way, and different variants are calculated to check the influence on the results.

Usage:

Use of buildings characteristics from the national residential building typology (TABULA) for modelling.

Citation:

Winkel, Michael (2015): Einfluss der Modellierung von Wärmebedarfslastgängen auf das ermittelte Lastmanagementpotenzial thermischer Versorgungssysteme. 9. Internationale Energiewirtschaftstagung an der TU Wien

Responsible:

Michael Winkel, Fraunhofer Institut für Umwelt-, Sicherheits- und Energietechnik

Financed / co-financed by:

Year:

2015

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by IWU

Short Title:

Model of German housing stock

Title:

Akteursbasierte Simulation der energetischen Modernisierung des Wohngebäudebestands in Deutschland

(Actors-based model of the German housing stock)

Short summary:

Phd thesis: Actors based model of residential buildings / households; used to identify and design policy instruments in the field of heat supply.

Usage:

Example buildings of residential building typology are used as a starting point for more detailed analyses.

Citation:

Stengel, Julian (2014): Akteursbasierte Simulation der energetischen Modernisierung des Wohngebäudebestands in Deutschland. Produktion und Energie, Karlsruher Institut für Technologie (KIT), Institut für Industriebetriebslehre und Industrielle Produktion, Deutsch-Französisches Institut für Umweltforschung, Band 6, Dissertation

Responsible:

Karlsruher Institut für Technologie (KIT) (Karlsruhe / Germany)

Financed / co-financed by:

Year:

2014

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by IWU

Short Title:

Energy saving concept of the Lerchenberg district in Mainz

Title:

Energetische Stadtsanierung – Integriertes Quartierskonzept Mainz-Lerchenberg

(Integrated energy saving concept for the city district Mainz-Lerchenberg)

Short summary:

Analysis of actual consumption; calculation of refurbishment scenarios; consumer information sheets; recommendations for monitoring

Usage:

Definition of district related example buildings and elaboration of respective building display sheets; use of TABULA calculation method including TABULA calibration factors; use of envelope area estimation; use of TABULA average buildings concept; EPISCOPE scenario and monitoring indicators

Citation:

Stein, Britta; Grafe, Michael; Loga, Tobias; Enseling, Andreas; Werner, Peter: Energetische Stadtsanierung – Integriertes Quartierskonzept Mainz-Lerchenberg; eine Untersuchung im Auftrag des Umweltamtes der Stadtverwaltung Mainz; IWU, Darmstadt 2014

Responsible:

Britta Stein, Institut Wohnen und Umwelt

Financed / co-financed by:

Umweltamt der Stadtverwaltung Mainz, KfW-Bankengruppe, Land Rheinland-Pfalz

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by IWU

Short Title:

Dynamic simulation of energy supply of an urban district

Title:

Instationäre Energiebedarfs- und Angebotssimulation eines Stadtquartiers mit Einbeziehung des Nutzerverhaltens

Short summary:

This paper describes the extension of an existing calculation model, which allows instationary quantification of the effects of the present and future energy demand of building groups. With the extension it will be possible to calculate the instationary behavior of buildings, their technical systems and the user behavior in detail. Thereby local effects of refurbishments can be quantified and the interdependencies of multiple buildings can be evaluated.

As an example this model is applied to a building stock which consists of 24 buildings. 3 scenarios are simulated to demonstrate the influence of the user behavior on the instationary simulation of this building stock. The result points out the tremendous effect of the user behavior which has to be considered thoroughly with the use of renewable energy sources

like photovoltaics.

Usage:

Use of buildings characteristics from national residential building typology (TABULA)

Citation:

Responsible:

M. Lindauer, I. Nemeth (2014: Instationäre Energiebedarfs- und Angebotssimulation eines Stadtquartiers mit Einbeziehung des Nutzerverhaltens. Zentrum für nachhaltiges Bauen, TU München

Published by: Fifth German-Austrian IBPSA Conference RWTH Aachen University (Aachen / Germany)

Financed / co-financed by:

Year:

2014

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by IWU

Short Title:

Master Thesis on the Potential of the TABULA Project with Respect to EPBD Cost Optimality

Title:

Title: "Approaching the EPBD, the potential of the Tabula project. A focus on the existing residential building stock and its energy performances"; Master Thesis by Fabio Trevisan Hamburg; 05-03-2012

Short summary:

The thesis focuses on the question how to establish a set of national reference buildings as a first step in order to verify cost optimality required by the EPBD recast. The possible contribution of the TABULA concept is analysed. An existing residential building located in Berlin is compared with an exemplary building from the German building typology in order to identify similarities and representativeness in terms of structure and energy performances.

Usage:

Citation:

Responsible:

Master Thesis

Resource Efficiency in Architecture and Planning (REAP)

HafenCity Universität Hamburg (HCU)

First supervisor: Prof. Dr. rer. nat. Udo Dietrich

Second supervisor: Prof. Dipl.- Ing. Peter O. Braun

Contact person: Fabio Trevisan trevisan.fab(at)gmail.com

Financed / co-financed by:

Year:

2012

URL:

<Download Link>

URL2:

Status of information:

2012-10-29 / reported by Fabio Trevisan

Short Title:

Digital mapping of heat demand

Title:

Digitaler Wärmeatlas für 17 Millionen Wohngebäude

(Digital heating atlas including 17 million residential buildings)

Short summary:

Tool for mapping and visualisation of the heat demand of the German housing stock

Usage:

Energy consumption values were derived from the example buildings of the German residential building typology developed by IWU.

Citation:

Richter, Stefan; Hespeler, Sabrina (2014): Digitaler Wärmeatlas für 17,4 Millionen Wohngebäude in Deutschland. Sonderdruck aus EuroHeat&Power. 43. Jg (2014), Heft 1-2, S. 18-22

Responsible:

GEF + Geomer (Leimen + Heidelberg / Germany)

Financed / co-financed by:

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by IWU

Short Title:

Energy saving calculator

Title:

Besparelsesberegner

Short summary:

SBi have developed a web based (www.sparenergi.be10.sbi.dk/) building energy savings calculator that includes building typologies for residential buildings, i.e. detached house, terraced or row house, and multifamily houses constructed in different periods. These typologies have all been derived from the work done in the TABULA/EPISCOPE project.

Usage:

The Danish building typologies developed in the TABULA / EPISCOPE project formed the basis for setting up building models to be calculated in a web-based version the Danish energy performance calculation tool (building permit and energy certification). It is possible for the user to create and modify a building model to reflect their own house and calculate energy savings.

Citation:

The tool is developed under the Danish cross institutional collaboration Knowledge-centre for energy savings in buildings (www.byggeriogenergi.dk/). The centre is made up of: Danish Technological Institute; the CommunicationCompany; Danish Building Research Institute at Aalborg University; Viegand Maagøe; and Danish Technical University.

Responsible:

The collaboration is coordinated by Danish Technological Institute.

Financed / co-financed by:

The knowledge centre is financed by the Danish Energy Agency.

Year:

The first version of the energy saving calculation tool was launched in early 2014 and it is continuously being updated and maintained.

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by SBi

Short Title:

Example cases on energy

Title:

Eksempelsamling om energi

Short summary:

The Danish Building Regulations include various collections of examples dealing with different topics related to the different chapters in the regulation. One of these collections deals with energy demand in buildings, covering new and existing buildings.

Usage:

Development of the examples included calculation of a number of different example buildings and some of these are based on the Danish typologies developed TABULA/EPISCOPE projects.

Citation:

The examples were first published in connection to the Danish 2010 Building Regulations and updated again in 2016 due to publication of the 2015 Building Regulations with more strict energy requirements for new buildings.

Responsible:

Danish Building Research Institute at Aalborg University for the Danish Transport and Construction Agency.

Financed / co-financed by:

The Danish Transport and Construction Agency.

Year:

2011 and 2016

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by SBi

Short Title:

Cost‐optimal levels of minimum energy performance requirements in the Danish Building Regulations

Title:

Cost‐optimal levels of minimum energy performance requirements in the Danish Building Regulations

Short summary:

The purpose of this report is to evaluate the energy requirements in the Danish Building Regulation in relation to the COMMISSION DELEGATED REGULATION (EU) No 244/2012 of 16 January 2012 on a comparative methodology framework for calculating cost-optimal levels of minimum energy performance requirements for buildings and building elements. The Delegated Regulation is required in the EPBD (recast): DIRECTIVE 2010/31/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 19 May 2010 on the energy performance of buildings (recast).

Usage:

The Danish TABULA typologies were used to establish models for calculation of cost optimal energy performance levels for existing residential buildings.

Citation:

Aggerholm S. (2013). Cost‐optimal levels of minimum energy performance requirements in the Danish Building Regulations. Danish Building Research Institute, Aalborg University, Copenhagen. ISBN: 978-87-92739-48-3.

Responsible:

Danish Building Research Institute on behalf of the Danish Energy Agency.

Financed / co-financed by:

The Danish Energy Agency.

Year:

2013

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by SBi

Short Title:

Energy performance requirements using the cost-optimal methodology – Overview and outcomes, November 2012.

Title:

Energy performance requirements using the cost-optimal methodology – Overview and outcomes, November 2012.

Short summary:

The Concerted Action EPBD (CA EPBD) has the main objective of assisting the EU Member States (MS) transpose and implement the recast Directive 2010/31/EU on the Energy Performance of Buildings (EPBD), published on 19 May 2010, as well as the continued implementation of the actions initiated with the initial EPBD, Directive 2002/91/EC, published on 16 December 2002. The CA EPBD brings together the national authorities implementing this legislation, and other bodies appointed and entrusted by them to do so. It fosters exchange of information and experiences amongst representatives designated by all 27 MS, plus Norway and Croatia.

This report summarises the main outcomes of the discussions on cost optimality in the period 2011-2012, including conclusions and statistics about national plans on specific issues.

Usage:

Calculation of cost-optimal energy performance levels in several European member states have been based or inspired on the TABULA typologies.

Citation:

Thomsen K.E. and Wittchen K.B. (2012). Energy performance requirements using the cost-optimal methodology – Overview and outcomes, November 2012.

Responsible:

{ in case of projects – please name the responsible organisation/s }

Financed / co-financed by:

Co-funded by the Intelligent Energy Europe Programme of the European Union.

Year:

November 2012

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by SBi

Short Title:

Regional strategy for the energy retrofitting and urban regeneration

Title:

Estrategia de Vivienda y Regeneración Urbana de la Comunitat Valenciana 2014-2020

Short summary:

Cooperation agreement between the Ministry of public works and the region of Valencia for implementing the state plan for the promotion of housing rental, building refurbishment and urban renovation and regeneration 2013-2016.

This document was develop as response to fulfil EPDB obligation.

Usage:

Regional government used the research produced by IVE in the EPISCOPE framework to develop the Regional strategy. The data were used to establish priorities for action.

Responsible:

Generalitat Valenciana (Comunitat Valenciana government)

Financed / co-financed by:

Generalitat Valenciana (Comunitat Valenciana government)

National Ministry of public works

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by IVE

Short Title:

Regional government ERDF funding attraction

Title:

Política de cohesion 2014-2020: vivienda

Short summary:

Development of the cohesion policy plan in the area of building. This document includes the information of the “Regional strategy for the energy retrofitting and urban regeneration” and has the intention of obtaining ERDF funding for developing the strategy.

Usage:

The regional government used the research produced by IVE in the EPISCOPE framework to raise ERDF funding through the exposition of the information at the meetings with European Commission representatives.

Responsible:

Generalitat Valenciana (Comunitat Valenciana government)

Financed / co-financed by:

Generalitat Valenciana (Comunitat Valenciana government)

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by IVE

Short Title:

EPISCOPE IVE’s experience as a model for other regions to develop similar studies regarding potential savings of the housing stock.

Title:

BUILD UPON

Short summary:

BUILD UPON project aims to create a renovation revolution across Europe by helping countries to deliver strategies for renovating their existing buildings, by the 30 April 2017 EU deadline.

Usage:

The methodology developed by IVE under EPISCOPE framework is going to be used a model for other regions in Spain to develop similar studies regarding potential savings of the housing stock in the framework of BUILD UPON project. All the regional dwelling ministers and the national dwelling minister are cooperating with this iniciative.

Responsible:

GBC – Green Building Council

Financed / co-financed by:

European Union’s Horizon 2020 research and innovation programme

Year:

2016

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by IVE

Short Title:

HERON

Title:

HERON: Forward-looking socio-economic research on Energy Efficiency in EU countries

Short summary:

HERON aims at facilitating policy makers of multi-level governance in EU, to develop and monitor energy efficiency policies in building and transport sectors, through forward-looking socio-economic research in seven EU and one candidate countries.

The objectives are:

i.            the impact of socio-economic and institutional factors on implementing energy efficiency policies and measures,

ii.            the development of energy-efficient pathways to the horizon 2030 and beyond taking into account the socio-economic drivers and the updated energy efficiency measures,

iii.            the contribution to improving energy modeling by incorporating social, educational and cultural factors so as to reflect the end-user behavior,

iv.            the establishment of communication channels between researchers, decision makers of different governance levels and social and market stakeholders.

Usage:

TABULA typologies are being used within the HERON project

Citation:

N/A

Responsible:

Oxford Brookes University

Financed / co-financed by:

EU Commission

Year:

2016

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by bre

Short Title:

Energy Efficiency Calculations

Title:

Report on long-term strategy for mobilising investment in the renovation of the national stock of residential and commercial buildings, both public and private

Short summary:

Preparation of the national report on the long-term strategy for mobilising investment in the renovation of the national stock of residential and commercial buildings, both public and private, as provided for in Article 4 of Directive 2012/27/EU on energy efficiency.

Usage:

The Hellenic TABULA typology was referenced and used in the work. Relevant information included the Hellenic typology, building stock, energy use and the example brochures for the energy savings potential.

Citation:

The report was prepared in cooperation with staff members of the Ministry of the Environment, Energy and Climate Change (MEECC) and the Laboratory of Soft Energy Applications and Environmental Protection of the Mechanical Engineering Department of the Technological Education Institute of Piraeus (LSEA&EO) on the basis of contract No 13/10/11234/911/2.7.2014, entered into with the MEECC.

Responsible:

Hellenic Ministry of the Environment, Energy and Climate Change and the Technological Education Institute of Piraeus

Financed / co-financed by:

Ex- Hellenic Ministry of the Environment, Energy and Climate Change (currently Hellenic Ministry of Environment & Energy)

Year:

December 2014

URL:

<Download Link> (in english)

URL2:

In Greek, under the website of the Hellenic Ministry of Environment & Energy

<Download Link>

Status of information:

2016-05-19 / reported by NOA

Short Title:

eKIA

Title:

eKIA – A simplified web-application for residential energy assessment

Short summary:

The Hellenic TABULA typology was used as the basis for a web-application that performs simplified calculations for assessing the energy performance of single- and multi-family houses in their existing condition and after various energy conservation measures. The tool can be used by energy experts and home owners for a first assessment of the dwellings energy-class, energy use and breakdown, and savings as a result of implementing different measures.

Usage:

The tool is based on the Hellenic TABULA typology for residential buildings; it uses data from the 24 Hellenic building types defined in the framework of the TABULA project. The concept was revised and improved during EPISCOPE.

Citation:

S. Kontoyiannidis, E. Dascalaki, K. Droutsa, C.A. Balaras, eKIA – Building Energy Performance Assessment, Group Energy Conservation, IERSD, National Observatory of Athens, ISBN 978-960-6816-01-7, Athens, May 2013.

Responsible:

National Observatory of Athens (NOA)

Financed / co-financed by:

Development beta version: European Commission, Intelligent Energy – Europe, In the framework of the Hellenic Pilot Study within TABULA project

Maintenance & Upgraded version: NOA own resources

Year:

New edition: 2014

Concept/Beta version: 2011-2013

URL:

<Download Link> (in Greek)

URL2:

Status of information:

2016-05-19 / reported by NOA

(By the end of 2015, the tool has received over 592,000 hits and 51,000 unique visitors).

Short Title:

Web-Application for Building Stock Monitoring

Title:

eBSM – A web-application for the energy assessment and building stock monitoring

Short summary:

The tool can be used by policy makers and owners of large building stock portfolios for assessing large scale refurbishment scenarios.

Usage:

The updated TABULA typology and other relevant work within EPISCOPE was used for developing a web-application that exploits the Hellenic EPISCOPE building stock model, to offer a better insight of the energy-related profile of the Hellenic building stock as well as the means to assess different short and long term energy refurbishment strategies towards achieving the short- and long-term national targets.

Citation:

E. Dascalaki, S. Kontoyiannidis, K. Droutsa, C.A. Balaras, eBSM – A web-application for the energy assessment and building stock monitoring, Group Energy Conservation, IERSD, National Observatory of Athens, Athens, March 2016.

Responsible:

National Observatory of Athens (NOA)

Financed / co-financed by:

Development beta version: European Commission, EASME, In the framework of the Hellenic Pilot Action within EPISCOPE project

Maintenance & Upgraded version: NOA own resources

Year:

2016

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by NOA

Short Title:

National Building Energy Strategy

Title:

Nemzeti Épületenergetikai Stratégia

Short summary:

The National Building Energy Strategy, created by ÉMI Építésügyi Minőségellenőrző Innovációs Nonprofit Kft., contracted by the Ministry for National Development.

Details the national strategy for the renewal and retrofitting of the building stock until 2020 with an outlook to 2030 in order to achieve considerable energy use reduction.

Usage:

The Strategy uses a typology, the development of which considered EPISCOPE as an important input.

Citation:

n/a, accepted by Parliament in February 2015 (Decree 1073/2015. (II. 25.))

Responsible:

Ministry for National Development, ÉMI Építésügyi Minőségellenőrző Innovációs Nonprofit Kft.

Financed / co-financed by:

n/a

Year:

February 2015

URL:

<Download Link>

Status of information:

2016-05-19 / reported by BME

Short Title:

Support for Low-Emission Development in South East Europe (SLED)

Title:

n/a

Short summary:

The project aimed to create a Building classification methodology in Albania and Montenegro.

Usage:

The creation of the typology used the EPISCOPE results as input.

Citation:

n/a

Responsible:

REC – Regional Environmental Centre

Financed / co-financed by:

Austrian Development Cooperation

Year:

March 2016

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by BME

Short Title:

NSAI Standard Recommendation S.R. 54:2014

Title:

Code of practice for the energy efficient retrofit of dwellings

Short summary:

This 276 page document is the National Retrofit Code of Practice for retrofitting of dwellings.

Usage:

Three of the building typologies created in TABULA are used as Case Study examples in SR54.

Citation:

Responsible:

Developed by Department of Environment, Community and Local Government (DECLG),  Department of Communications, Energy and Natural Resources (DCENR), Sustainable Energy Authority of Ireland (SEAI) and the National Standards Authority of Ireland (NSAI) in Conjunction with the Building Research Establishment (BRE),

Financed / co-financed by:

Department of Environment, Community and Local Government and NSAI

Year:

2014

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by Energy Action

Short Title:

SUNSHINE Project

Title:

Smart UrbaN Services for HIgher eNergy Efficiency (SUNSHINE)

Short summary:

SUNSHINE delivers an extensible open toolkit featuring three smart services for: (a) energy assessment of buildings at urban scale for the creation of “ecomaps” and their energy pre-certification; (b) optimisation of energy consumption of heating/cooling systems based on localised weather forecasts and energy modelling of buildings; (c) optimisation of power consumption through remote control of public illumination levels

Usage:

Typological detailed data acquired from TABULA/EPISCOPE allowed the service to rapidly estimate energy performances of buildings at urban scale, using geographical, physical and thermal properties of building geodata (attributes) together with other parameters related to the geographical context (e.g. climate zone, urban pattern,..)

Citation:

P. Cipriano, L. Giovannini, 2015. Building efficiency per-certification service #2 (Project deliverable D4.7)

Responsible:

GraphiTech (coordinator)

Financed / co-financed by:

Founded under “The Information and Communication Technologies Policy Support Programme”, area CIP-ICT-PSP.2012.1.1 - Smart urban digital services for energy efficiency

Year:

2013-2016

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by POLITO

Short Title:

Study on the energy refurbishment of residential buildings

Title:

Studio sulla riqualificazione energetica di edifici residenziali

Short summary:

The study concerns the evaluation of energy saving measures applied to 140 building types representative of the Italian residential building stock. For each building, both before and after the renovation, the energy performance has been calculated according to the Italian standards UNI/TS 11300 (space heating and cooling and domestic hot water production)

Usage:

The analysed building types have been derived from the TABULA/EPISCOPE residential building typology

Citation:

F. Madonna, V. Corrado, 2014. Studio sulla riqualificazione energetica di edifici residenziali, Rapporto di Ricerca sul Sistema Energetico – RSE S.p.A.

Responsible:

Ricerca sul Sistema Energetico – RSE S.p.A.

Financed / co-financed by:

Italian Ministry of Economic Development - Program agreement 2012-2014 for research and development activities in the public interest for the national electricity system, year 2013

Year:

2014

URL:

<Download Link>

URL2:

-

Status of information:

2016-05-19 / reported by POLITO

Short Title:

Development of the cost-optimal comparative methodology according to Directive 2010/31/EU

Title:

Sviluppo della metodologia comparativa cost-optimal secondo Direttiva 2010/31/UE

Short summary:

Calculation of cost-optimal energy performance requirements for new buildings and building renovations in Italy by applying the comparative methodology framework of Directive 2010/31/EU (Article 5)

Usage:

The reference buildings of the comparative methodology framework have been derived from the TABULA/EPISCOPE residential building typology

Citation:

·         V. Corrado, I. Ballarini, S. Paduos, 2013. Sviluppo della metodologia comparativa cost-optimal secondo Direttiva 2010/31/UE, Report Ricerca di Sistema Elettrico, ENEA

·         V. Corrado, I. Ballarini, I. Ottati, S. Paduos, 2014. Aggiornamento della metodologia comparativa cost-optimal secondo Direttiva 2010/31/UE, Report Ricerca di Sistema Elettrico, ENEA

Responsible:

ENEA (Italian National Agency for New Technologies, Energy and Sustainable Economic Development)

Financed / co-financed by:

Program agreement Italian Ministry of Economic Development – ENEA, year 2012

Year:

2013, 2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by POLITO

Short Title:

Definition of reference buildings and comparison between the quasi steady state calculation method and the dynamic simulation method for assessing the energy performance of buildings

Title:

Definizione degli edifici tipo di riferimento da utilizzare per i calcoli e le valutazioni di prestazione energetica degli edifici residenziali e non residenziali. Analisi delle prestazioni energetiche degli edifici, da applicare agli edifici di riferimento, per un confronto dei risultati tra calcolo stazionario e dinamico

Short summary:

The main object of the study is the comparison between the quasi steady state calculation method and the dynamic simulation model for assessing the energy performance of buildings in accordance with Directive 2010/31/EU (use of reference buildings)

Usage:

The reference buildings have been derived from the TABULA/EPISCOPE residential building typology

Citation:

V. Corrado, I. Ballarini, D. Dirutigliano, S. Paduos, E. Primo, 2015. Definizione degli edifici tipo di riferimento da utilizzare per i calcoli e le valutazioni di prestazione energetica degli edifici residenziali e non residenziali. Analisi delle prestazioni energetiche degli edifici, da applicare agli edifici di riferimento, per un confronto dei risultati tra calcolo stazionario e dinamico, Report Ricerca di Sistema Elettrico, ENEA 

Responsible:

ENEA (Italian National Agency for New Technologies, Energy and Sustainable Economic Development)

Financed / co-financed by:

Program agreement Italian Ministry of Economic Development – ENEA, year 2014

Year:

2015

URL:

<Download Link>

URL2:

-

Status of information:

2016-05-19 / reported by POLITO

Short Title:

Building Refurbishment for Energy Performance

Title:

Building Refurbishment for Energy Performance: A Global Approach

Short summary:

Guidelines dealing with the most suitable actions for energy saving in buildings refurbishment, according to five different themes: opaque and transparent building envelope, heating systems, solar energy use and methods for the energy performance assessment. Energy saving measures for a series of European typical wall structures are defined considering an integrated approach that takes into account thermal and hygrometric performances

Usage:

The database of construction typologies, energy-related properties of structure and energy performance assessment from TABULA/EPISCOPE allowed to define effective energy conservation measures 

Citation:

A. Magrini, L. Magnani, R. Pernetti, Opaque Building Envelope. In “Building Refurbishment for Energy Performance: A Global Approach”, A. Magrini Ed. Springer, 2014

Responsible:

-

Financed / co-financed by:

-

Year:

2014

URL:

-

URL2:

-

Status of information:

2016-05-19 / reported by POLITO

Short Title:

MSc thesis by Marie Folstad: CO2 emissions in building stocks – Solutions for multi-family houses and apartment blocks

Title:

Dynamics of energy and carbon emissions in residential building stocks - The role of solutions for multi-family houses and apartment blocks

Short summary:

This is a scenario analysis of energy use and CO2 emissions towards 2050 from Norwegian stock of multi-family houses and apartment block built before 1980, as influenced by stock ageing and different cost-effective energy refurbishment solutions.

Usage:

TABULA results and Norwegian building typology datasets, as well as EPISCOPE scenario pilot actions provided valuable input to this study, in parallel to inputs from elsewhere on cost-effective measures.

Citation:

Marie Folstad: Dynamics of energy and carbon emissions in residential building stocks – The role of solutions for multi-family houses and apartment blocks. Master of Energy and Environmental Engineering thesis, NTNU Department of Energy and Process Engineering, June 2014.

Responsible:

Professor Helge Brattebø, NTNU

Financed / co-financed by:

NTNU

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by NTNU / SINTEF

Short Title:

MSc thesis by Anja Myreng Skaran: CO2 emissions in building stocks – Solutions for multi-family houses and apartment blocks

Title:

Dynamics of energy and carbon emissions in residential building stocks - The role of solutions for multi-family houses and apartment blocks

Short summary:

This is a scenario analysis of energy use and CO2 emissions towards 2050 from Norwegian stock of multi-family houses and apartment block built after 1980, as influenced by stock ageing and different cost-effective energy refurbishment solutions.

Usage:

TABULA results and Norwegian building typology datasets, as well as EPISCOPE scenario pilot actions provided valuable input to this study, in parallel to inputs from elsewhere on cost-effective measures.

Citation:

Anja Myreng Skaran: Dynamics of energy and carbon emissions in residential building stocks – The role of solutions for multi-family houses and apartment blocks. Master of Energy and Environmental Engineering thesis, NTNU Department of Energy and Process Engineering, June 2014.

Responsible:

Professor Helge Brattebø, NTNU

Financed / co-financed by:

NTNU

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by NTNU / SINTEF

Short Title:

MSc thesis by Ragni Kristin Storvolleng: CO2 emissions in building stocks – Solutions for single-family houses

Title:

Dynamics of energy and carbon emissions in residential building stocks - The role of solutions for single-family houses

Short summary:

This is a scenario analysis of energy use and CO2 emissions towards 2050 from Norwegian stock of single-family houses built before 1980, as influenced by stock ageing and different cost-effective energy refurbishment solutions.

Usage:

TABULA results and Norwegian building typology datasets, as well as EPISCOPE scenario pilot actions provided valuable input to this study, in parallel to inputs from elsewhere on cost-effective measures.

Citation:

Ragni Kristin Storvolleng: Dynamics of energy and carbon emissions in residential building stocks – The role of solutions for single-family houses. Master of Energy and Environmental Engineering thesis, NTNU Department of Energy and Process Engineering, June 2014.

Responsible:

Professor Helge Brattebø, NTNU

Financed / co-financed by:

NTNU

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by NTNU / SINTEF

Short Title:

MSc thesis by Marta Baltruszewicz: CO2 emissions in building stocks – Solutions for single-family houses built between 1980-1990

Title:

Dynamics of energy and carbon emissions in residential building stocks - The role of solutions for single-family houses built between 1980-1990

Short summary:

This is a scenario analysis of energy use and CO2 emissions towards 2050 from Norwegian stock of single-family houses built between 1980 and 1990, as influenced by stock ageing and different cost-effective energy refurbishment solutions. The study included embodied energy in building materials and life cycle assessment of solutions.

Usage:

TABULA results and Norwegian building typology datasets, as well as EPISCOPE scenario pilot actions provided valuable input to this study, in parallel to inputs from elsewhere on cost-effective measures.

Citation:

Marta Baltruszewicz: Dynamics of energy and carbon emissions in residential building stocks - The role of solutions for single-family houses built between 1980-1990. Master of Energy and Environmental Engineering thesis, NTNU Department of Energy and Process Engineering, June 2014.

Responsible:

Professor Helge Brattebø, NTNU

Financed / co-financed by:

NTNU

Year:

2014

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by NTNU / SINTEF

Short Title:

MSc pre-thesis project by Alexander Borg: Relationships Between Measured and Calculated Energy Demand in the Norwegian Dwelling Stock

Title:

Relationships Between Measured and Calculated Energy Demand in the Norwegian Dwelling Stock

Short summary:

This is a study on the relationships between measured and calculated energy use in the Norwegian dwelling stock, for different dwelling types and construction periods, and with particular attention to statistical analysis of data from the national EPC database and recent/ongoing passive house og low-energy house projects. The study examined and documented with clear rebound/prebound effects in the Norwegian dwelling stock.

Usage:

The study was aligned with and made use of the TABULA model results and building typology structure for Norway. The study also gave results that were used as input to scenario analysis in the EPISCOPE pilot actions.

Citation:

Alexander Borg: Relationships Between Measured and Calculated Energy Demand in the Norwegian Dwelling Stock. Pre-master project study, NTNU Department of Energy and Process Engineering, December 2015.

Responsible:

Professor Helge Brattebø, NTNU

Financed / co-financed by:

NTNU

Year:

2015

URL:

<Download Link>

URL2:

<Download Link>

Status of information:

2016-05-19 / reported by NTNU / SINTEF

Short Title:

Dynamic type-cohort-time approach

Title:

Dynamic type-cohort-time approach for the analysis of energy reductions strategies in the building stock

Short summary:

This is a study on dynamic building energy and GHG emission modelling for national residential building stocks of Germany and the Czech Republic, where the effect of policies on nearly zero energy buildings and increased renovation rates were tested, and how they meet energy efficiency and emission targets towards 2020 and 2050.

Usage:

Data from the TABULA website are used to provide inputs to a dynamic model in order to examine development trends and energy use improvements over time.

Citation:

F. Vásquez et al., Energy and Buildings 111 (2016) 37-55

Responsible:

NTNU

Financed / co-financed by:

NTNU

Year:

2016

URL:

<Download Link>

URL2:

Status of information:

2016-05-19 / reported by NTNU / SINTEF

Short Title:

Dynamic Building Stock Modelling / exemplification for Norway

Title:

Dynamic Building Stock Modelling: General Algorithm and exemplification for Norway

Short summary:

This is a scientific article that presents in detail the mathematical algorithm for a dynamic modelling tool in Matlab, used for long-term analysis of building stocks as influenced by ageing processes and energy renovation measures. The method is exemplified by a case study for the Norwegian residential building stock towards 2050.

Usage:

TABULA building typology principles and information for Norway are used as input to the study. The model is then a basis for how scenario analysis have been carried out in the EPISCOPE pilot actions for Norway, and for other studies and publications.

Citation:

I. Sartori, N. Sandberg and H. Brattebø: Dynamic Building Stock Modelling: General Algorithm and exemplification for Norway. Energy and Buildings.

Responsible:

SINTEF

Financed / co-financed by:

EPISCOPE with in-kind funding by SINTEF and NTNU

Year:

2016

URL:

<Download Link>

URL2:

Status of information:

2016-11-09 / reported by NTNU / SINTEF

Short Title:

Workflows for optimal decisions in building planning

Title:

Delotoki za optimalne odločitve pri načrtovanju gradnje

Short summary:

The main aim of the was to improve the information flow among all stakeholders in the construction process: investors, construction planners, building contractors, construction companies and so on. In order to

facilitate such information exchange, an ontology of building renovation workflows and an associated knowledge base were developed by using Semantic Web technologies and tools

Usage:

Building typology and refurbishment scenarios used for determining an ontology of renovation workflows and application to knowledge bases using Semantic web technologies.

Citation:

Bačar, U., 2013. Delotoki za optimalne odločitve pri načrtovanju gradnje. B.Sc. Thesis. Ljubljana, University of Ljubljana, Faculty of civil and geodetic engineering.: 71 pp.

Year:

2013

URL:

<Download Link>

Status of information:

2016-05-19 / reported by ZRMK

Short Title:

An application for gathering data on construction elements of existing buildings for smart phones

Title:

Aplikacija za zajemanje podatkov o konstrukcijskih sklopih obstoječih stavb za pametne telefone

Short summary:

A mobile application was designed, using a simplified calculation methodology based on the information previously filled in by the user, provides him with indicative results about building’s heat losses. Information of structural elements is sent to a central server that collects data from all buildings that have been analyzed with this application.

Usage:

Energy calculations were used for the final output of the application.

Citation:

Lipušček, T., 2013. Aplikacija za zajemanje podatkov o konstrukcijskih

sklopih obstoječih stavb za pametne telefone. B.Sc. Thesis. Ljubljana,

University of Ljubljana, Faculty of civil and geodetic engineering: 69 pp.

Year:

2013

URL:

<Download Link>

Status of information:

2016-05-19 / reported by ZRMK

Short Title:

An application of the ontowiki technology to typification of buildings in Slovenia

Title:

Uporaba tehnologije ontowiki pri tipizaciji stavb v Sloveniji

Short summary:

The goal was to design a web application which would be used by the general public that offers information about the energy performance of building, using the building typology.

Usage:

The results of the project Tabula were used to design a specific procedure to search for a most appropriate typical building based on data specified by the user through a web application.

Citation:

Stegnar, G. 2012. Uporaba tehnologije ontowiki pri tipizaciji stavb v Sloveniji. B.Sc. Thesis. Ljubljana, University of Ljubljana, Faculty of civil and geodetic engineering: 69 pp.

Year:

2012

URL:

<Download Link>

Status of information:

2016-05-19 / reported by ZRMK

Short Title:

The use of information sources for typification of buildings in Slovenia

Title:

Uporaba informacijskih virov pri tipizaciji stavb v Sloveniji

Short summary:

This paper presents an overview of the currently available information sources and required information from existing methodologies in order to make precise calculations of energy indicators. To demonstrate the utility of information integration in this area a prototype of an application has been made that shows the aggregation of data from publicly accessible databases in Slovenia (the Real Estate Register, Building Cadastre, the Register of Spatial Units) and other required data and are therefore collected through a user’s input.

Usage:

A comparison of energy indicators acquired by the application from IEE TABULA described with actual measured data of energy consumption shows that the data collected by the application enable better analyses of the building stock, as otherwise applied in practice.

Citation:

Stegnar, G., Šijanec Zavrl, M., Stankovski, V. 2012. Uporaba informacijskih virov pri tipizaciji stavb v Sloveniji. Gradbeni vestnik 61: 256 – 261.

Year:

2012

URL:

<Download Link>

Status of information:

2016-05-19 / reported by ZRMK

Short Title:

Porabimanj – Spendless Energy

Title:

Porabimanj – Spendless Energy

Short summary:

Online energy advisor application to asses ones energy needs.

Usage:

The calculation of energy needs is using the typology approach thus enabling the end user to quickly finish the input of building characteristics.

Citation:

www.porabimanj.si

Responsible:

Rajko Dolinsek, rajko.dolinsek@informa-echo.si

Financed / co-financed by:

Private and SME Instrument application

Year:

2015

URL:

<Download Link>

URL2:

/

Status of information:

2016-05-19 / reported by ZRMK

Short Title:

Usage for Cost Optimality Calculation

Title:

Short summary:

The national TABULA building typology was used to define new and existing single family and apartment buildings, for further analysis of cost optimality of minimum requirements set in Slovenian Building codes (PURES 2010). This was done in line with the EC Delegated Regulation (EU) No 244/2012, based on Article 5 of the Directive 2010/31/EU, the first cost optimal calculations based on a comparative methodology framework for calculating cost-optimal levels of minimum energy performance requirements for buildings.

Usage:

Citation:

SIJANEC-ZAVRL, Marjana, SKUBIC, Marta, RAKUSCEK, Andraž, GJERKES, Henrik, POTOCAR, Erik. Practical implementation of cost-optimal regulation for establishing national minimum requirements of Slovenia. V: World Sustainable Energy Days, Wels, 29 February - 2 March , 2012. Proceedings. Wels: [O. Ö. Energiesparverband, Linz], 2012, [13] str.

[COBISS.SI-ID 518627097]

ŠIJANEC-ZAVRL, Marjana, RAKUŠČEK, Andraž. Tabula building typologies in the respective national context - concepts and application fields Slovenia. V: International expert workshop "Energy Assessment of national housing stocks - building technologies", 29th February 2012 in Wels/Austria. Wels, 2012, [5] str., ilustr.

www.energyagency.at/fileadmin/dam/pdf/veranstaltungen/TABULA/06_Marjana_Sijanec.pdf.

[COBISS.SI-ID 518971673]

Responsible:

Financed / co-financed by:

Year:

URL:

URL2:

Status of information:

2013-03-14 / reported by ZRMK

Short Title:

Dynamic Building Stock Modelling: Application to 11 European countries

Title:

Dynamic Building Stock Modelling: Application to 11 European countries to support the energy efficiency and retrofit ambitions of the EU

Short summary:

This is a scientific article that models long-term changes in the national residential building stock of Cyprus, Czech Republic, Germany, Great Britain, France, Greece, Hungary, The Netherlands, Norway, Serbia and Slovenia. The study estimates the development in dwelling stock size and composition as well as the renovation activity.

Usage:

TABULA building typology principles and building stock data for the given countries are used as input to the study, with help from other partners ini the EPISCOPE project. The study aims at comparing building stock phenomena across different countries by use of one common modelling methodology.

Citation:

N. Sandberg et al.: Dynamic Building Stock Modelling: Application to 11 European countries to support the energy efficiency and retrofit ambitions of the EU. Energy and Buildings.

Responsible:

SINTEF

Financed / co-financed by:

EPISCOPE with in-kind funding by NTNU and SINTEF

Year:

2016

URL:

<Download Link>

URL2:

Status of information:

2016-11-09 / reported by NTNU / SINTEF