EU-project Cost-Effective
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1 EU-project Cost-Effective Coordinator: Fraunhofer ISE, Germany Start date: 01/10/2008 End date: 30/09/2012 Duration: 4 years Budget: 10'726'412 Euro EC contribution: 7'492'344 Euro Virtual image of transparent solar collector
2 Initial position 40% of the CO 2 -emissions in EU25 are caused by buildings the use of renewables has to be increased, especially in large nonresidential buildings net-zero energy buildings are the target Haus der Zukunft, Regensburg project team: Sonnenkraft, fabi architekten, Hochschule Regensburg, Fraunhofer ISE
3 Initial position small roof area the façade has to be used for energy conversion in addition to the roof. Tour Generali, Paris. source: Emmer, Pfenninger Partner Valode & Pistre Architectes, Paris
4 Large non-residential buildings economic challenges owner / facility manager / user often short payback times expected we need integrated concepts! Tour Carpe Diem, Paris. Stern Architects, NY Source: Emmer Pfenninger Partner innovations in the construction sector needed high-risk low-margin market European companies contribute to global renovation boom (CO 2 employment ) we need European research projects!
5 vision converting facades of existing high-rise buildings into energy gaining components Torre de Cristal Madrid Source: Emmer Pfenninger Partner
6 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables WP2: technical concepts, building categories in existing high-rise buildings and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
7 WP1: State renewables of the art in analysis existing and high-rise buildings problem identification Resource and cost-effective integration of renewables in existing WP2: technical high-rise concepts, buildings categories and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
8 Objectives WP1 analysis of EU25 (and US and China) current status problems & opportunities (statistics and user assessments) analysis of state of the art technologies World Trade Center - Amsterdam (WTC): renovation + extension of an office building Source: Permasteelisa Group
9 WP1 is completed 200 Example: analysis of energy consumption for space heating no strong trend because of adapted insulation standards Average heating energy consumption [kwh/m²*a] < Heating degree days [K*d/a] responsible: Universities of Athens and Stuttgart
10 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables in existing WP2: technical high-rise concepts, buildings categories and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
11 Objectives WP2 building categories EU25 identification of 5 most important categories representative buildings per category performance criteria and targets technical concepts for renovation using new components from WP3 using only existing components refurbishment project Deutsche Bank, Frankfurt (Main), Germany ( ) source: ING. BÜRO P. BERCHTOLD
12 WP2: Five most important categories identified cat. 1 Post-war , massive facade in reinforced concrete structure representative building Petten, NL responsible: ECN and KOW architects
13 WP2: Five most important categories identified cat Reinforced concrete with perforated façade representative building Vlaardingen, NL responsible: ECN and KOW architects
14 WP2: Five most important categories identified cat Skeleton construction with precast concrete representative building: Kreuzbauten Bonn, D responsible: ECN and KOW architects
15 WP2: Five most important categories identified cat Skeleton construction with curtain-wall facade representative building Deutsche Bank HQ Frankfurt (Main), D responsible: ECN and KOW architects
16 WP2: Five most important categories identified cat. 5 Tall buildings, Skeleton construction with curtain-wall allglazed façade ( ) representative building: tour EDF, Puteaux France responsible: ECN and KOW architects
17 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables WP2: technical concepts, categories in existing high-rise buildings and performance criteria WP3: Development of 5 new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
18 Objectives WP3 develop 5 new façade components transparent solar thermal collector for glazing integration Virtual image of transparent solar collector
19 Objectives WP3 develop 5 new façade components transparent solar thermal collector for glazing integration air-heating vacuum tube collector Air-heating vacuum tube collector Kollektorfabrik
20 Objectives WP3 viewing direction upwards develop 5 new façade components transparent solar thermal collector for glazing integration air-heating vacuum tube collector glare protection BIPV-component viewing direction downwards Visual mock-up for new BIPV component Photos
21 Objectives WP3 develop 5 new façade components transparent solar thermal collector for glazing integration air-heating vacuum tube collector glare protection BIPV-component facade integrated natural ventilation system with heat recovery
22 Objectives WP3 develop 5 new façade components transparent solar thermal collector for glazing integration air-heating vacuum tube collector glare protection BIPV-component facade integrated natural ventilation system with heat recovery unglazed solar thermal collector plus heat pump testing of unglazed collector Photos
23 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables WP2: technical concepts, building categories in existing high-rise buildings and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
24 Objectives WP6 new business models and alliances market analysis new business models verficiation with potential clients group Refurbishment of the existing external envelope Architect/Building Owner: Bouygues, France. Source: Emmer, Pfenninger Partner
25 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables WP2: technical concepts, building categories in existing high-rise buildings and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
26 Objectives WP4 integrated socio-economic concepts using technical concepts from WP2 using economic concepts from WP6 Winston Churchil Tower - Rijswijk: Renovation with a double skin facade (internally ventilated) Source: Permasteelisa Group
27 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables WP2: technical concepts, building categories in existing high-rise buildings and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
28 Objectives WP5 Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain Building of the University of Madrid Demonstration in 8 th and 9 th floor. Source: Acciona
29 WP1: State of the art analysis and problem identification Resource and cost-effective integration of renewables WP2: technical concepts, building categories in existing high-rise buildings and performance criteria WP3: Development of new multifunctional components WP4: Integrated concepts for cost-effective integration WP5: Evaluation and demonstration of integrated concepts through retrofitting of a pilot building in Spain WP6: New business models and alliances WP7: Dissemination, standardisation, education and training Project Lifetime 4 years
30 Objectives WP7 dissemination training standardisation solar air collectors
31 Thank you for your attention! Torre de Cristal Madrid Source: Emmer Pfenninger Partner
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