Proyectos europeos de mejora de la eficiencia energética en edificios. 7 de junio 2012 CTQC, Tarragona

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1 Proyectos europeos de mejora de la eficiencia energética en edificios 7 de junio 2012 CTQC, Tarragona

2 Table of contents Bax & Willems BEEM-UP SHOWE-IT SUSLABNWE

3 Bax & Willems Consulting Venturing Especializado en proyectos y programas de Inovación Abierta Enlace entre empresas para el desarrollo tecnológico y usuarios Enfoque en sectores para la mejora de la eficiencia energética en ciudades (Smart cities)

el desarrollo tecnológico y usuarios Enfoque en sectores para

4 Bax & Willems Consulting Venturing Desde consultores, 5 nacionalidades Presencia en España y Holanda Clientes de todo Europa

5 Optimise innovation for maximum value R&D investment optimisation Business impact optimisation doing the right R&D understanding future business R&D impact on future business doing the R&D right Managing the project pipeline

right R&D understanding future business R&D impact on

6 Nuestros principales clientes Principales multinacionales de todo Europa: Volkswagen BASF Philips Umicore Instituciones públicas Observatori de Prospectiva Industrial Province of Noord-Brabant Dutch national ministries Delft University of Technology PIMES y start-ups en una gran variedad de sectores

Prospectiva Industrial Province of Noord-Brabant Dutch national ministries

7 BEEM-UP Building Energy Efficiency for Massive Market-Uptake Cost-effective renovation to reduce energy consumption for space heating by 75% Integrated design by owners, dweller, constructors and technology suppliers Demonstrated in 340 dwellings across 3 sites in 3 countries Development of standard produts or services related to renovation Co-funded by the European Commission in the public-private partnership Energy Efficient Buildings (PPP-EeB) Project volume: 8M Co-funding: 5M

dwellings across 3 sites in 3 countries Development of standard produts or services related to renovation Co-funded by

8 An integrated approach Major property owners, repsonsible for investment and key in further uptake Alingsashem (SE) Woonbron (NL) ICF Novedis (FR) The inhabitants, as endusers, have the final control over energy consumption. Knowledge & research institutions, support integration and optimision of design ETH Zürich (CH) ITA (ES) MU (NL) TUD / OTB (NL) Nobatek (FR) SP (SE) B&W (ES) Luwoge (DE) Project Stakeholders Knowledge Industry providing and developing state of the art energyefficient technologies BASF (DE) Siemens (CH) Construction ENECO (NL) MPLifts (ES) Solintel (ES) ISA (PT) Construction companies innovative integrators and drivers of replication Acciona (ES) Skanksa (SE) Dura Vermeer (NL)

Knowledge & research institutions, support integration and optimision of design ETH Zürich (CH) ITA (ES) MU (NL) TUD / OTB (NL) Nobatek (FR) SP (SE) B&W (ES) Luwoge (DE)

9 Alingsas, Sweden, the Netherlands Paris, France

10 SHOWE-IT- Aim & objectives Reduce energy and water consumption in social housing by optimal use of novel ICT applications Realise an overall energy and water consumption reduction of 15-25% at an investment of 3000 /dwelling (long term prices) Develop, install and manage ICT in 211 dwellings Realise behavioural change through ICT enabled services Create business case HW and Software Housing companies Energy suppliers Tenants

3000 /dwelling (long term prices) Develop, install and manage ICT in 211 dwellings Realise behavioural

11 Consortium

12 3 Pilot sites Botkyrkabyggen (Tuna, Sweden) 82 apartments, 40 control group Built 1962 Rochdale (England) Les Allées Vertes Ecully (France) 66 dwellings

13 SUSLABNWE- Aim & objectives set up a networked infrastructure of houses and living laboratories for studying technology-user interaction in real-life home environments become a world-leading networked knowledge hub, well-embedded in the local knowledge infrastructure, business and society, that provides: testing facilities for industry (large companies and SMEs), knowledge institutes and policymakers, and methodologies for (co-)development with actual users, sustainable products and services that are integrated part of the build environment (e.g. heating) INTERREG IVB NWE - SusLabNWE!

society, that provides: testing facilities for industry (large companies and SMEs), knowledge institutes and policymakers, and methodologies for

14 3-phase model SusLabNWE 3-phase methodology Phase 1 Insight testing Generating insights in the field Phase 2 Prototyping / cocreation Developing & testing early prototypes Phase 3 Field testing Evaluating fully functional prototypes in the field Existing homes living laboratory Existing or newly built homes

& testing early prototypes Phase 3 Field testing Evaluating fully functional

15 Each SusLabNWE location will be set up according to the same philosophy and requirements and networked through a common data sharing infrastructure and consist of: access to a stock of existing homes and new sustainable (demo)homes, to be used (with the consent of inhabitants) for performing insight testing on daily practices at home one or more easily adaptable living laboratories in each location, temporarily inhabited by volunteers participating in user-testing with and cocreation of prototypes of sustainable products and services,

inhabitants) for performing insight testing on daily practices at home one or more easily adaptable living laboratories in each

16 Main outputs SusLabNWE infrastructure created at 4 different locations and consisting of 2 living laboratory facilities for prototyping and co-creation: in Rotterdam (NL) and London (UK) test houses prepared for insight and field testing at 4 locations: Rotterdam (NL),London (UK), city of Bottrop (DE) and Mölndal near Gothenburg (SE) 3-phase methodology developed and validated in a pilot on smart meters for heating and cooling solid basis for continued use and exploitation of the infrastructure at the different locations

locations: Rotterdam (NL),London (UK), city of Bottrop (DE) and Mölndal near Gothenburg (SE) 3-phase methodology developed and

Building Technologies Accelerator as a co creation living laboratory concept

Building Technologies Accelerator as a co creation living laboratory concept Autor: Carolina Mateo Cecilia Institución: Instituto Valenciano de la Edificación (IVE) Otros autores: Miriam Navarro Escudero