inspirationsmøde kim anker nielsen / schüco danmark...pos. 1 pos. 2 pos. 3 pos. 4 80 cm 80 cm 80...

InspirationsmødeKim Anker Nielsen / Schüco Danmark

Århus, d. 19. september 2019

04.10.2019 Århus 2019

Seamless Integration

2

04.10.2019 Inspiration 2019 -

ADS PD ASS PD FWS 35 PD FWS 60 CV AWS 75 PD

Panorama DesignUdgangssituation, mål og motivation

3

Inspiration 2019 -4

Facadesystem FWS 60 CV

04.10.2019

Kundeseminar 2019 - 02 Trends 5

System ASE (skydedør)

04.10.2019

04.10.2019 Kundeseminar 2019 - 02 Trends 6

Integration af opluk

System FWS 35 PD Seamless (skydedør)

04.10.2019Inspiration 2019 -

7

System FWS 35 PD Seamless (skydedør)

04.10.2019 Kundeseminar 2019 - 02 Trends 8

04.10.2019Inspiration 2019 -

9

System FWS 35 PD Seamless (skydedør)

ACT FacadeActive Cavity Transition Facade

ACT FacadeActive Cavity Transition Facade

Info / funktion

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

ACT Facade

ACT FacadeActive Cavity Transition Facade

Video

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Kølelast reduktion

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

25% Kølelast reduktion

Målte resultater ved VERU bygningen, Fraunhofer IBP

ACT FacadeActive Cavity Transition Facade

Info / function

Solvarme transmissionskoefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing) ACT Facademed udluftning af hulrums luftSolvarmetransmissionskoefficienterg-værdi = 0,19

Normal Facadeuden udluftning af hulrums luftSolvarmetransmissionskoefficienterg-værdi = 0,31

Mindre kølebelastning Calculated based on DIN EN 673 and DIN EN 410

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System varianter

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

Dobbelt Facade Closed Cavity Facade Box Vindue ACT Facade

+

- Intet krav til mekanisk til hulrumsventilation

- Klar udsigt og gennemsigtigt udseende på grund af jernfattig glas

- Lav U-værdi

- Intet krav til mekanisk til hulrumsventilation

- Lille facadedybde- Maximal udnyttelse af

etageareal- Få glasflader- Kompatibel med

standard facade systemer

-

- Høj vedligeholdelse / rengøring nødvendigt (støv)

- Stor facadedybde tilvedligeholdelse

- Oplukkeligt vindue ikke er mulig på grund af høj temperatur i hulrummet

- Kræver et mekanisk system til at affugte og trykke i hulrummet

- Lukket hulrum under tryk, gør det vanskeligt at servicere solafskærmningen

- Kræver specialiseret solafskærmning, der tåler høj temperatur

- Høj vedligeholdelse / rengøring nødvendigt (støv)

- Der er behov for åbning til hulrummet til rengøring

- Kræver mekanisk system til at ventilere hulrummet

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Sammenligning af facadesystemer

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Sammenligning af facadesystem

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

Dobbelt Facade ACT Facade

650mm

Box Vindue

485mm

Closed Cavity Facade

400mm

Brugbar gulvareal

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Sammenligning af facadesystem

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

Facade Mockups ved Priedemann Facade-Lab, Berlin

Yderligere forskning og udviklingTekstil optimering, forbedring dagslys egenskaber, imødekommende af luft gennemtrængelighedVejledende manual til forskellige facadedesignSystem integration til både Stick-system og Unitized systemTransparence gennem textil

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Yderligere forskning og udvikling

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

Festo Automation CenterEsslingen, DE

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

© Festo AG

ACT FacadeActive Cavity Transition Facade

▪ FESTO Campus (2015)

© Festo AG

ACT FacadeActive Cavity Transition Facade

▪ FESTO Campus (2015)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)ACT Facade : cloudy day

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)ACT Facade : Sunny day

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)Testing by Fraunhofer IBP

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)Testing by Fraunhofer IBP

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

Pos. 5 Pos. 6 Pos. 7 Pos. 8

Pos. 1 Pos. 2 Pos. 3 Pos. 4

80 cm

80 cm

80 cm

flow velocity

Air temperature of gap centre

Air temperature gap at bottom

Air temperature upper gap

1/3 1/3 1/3

Pos. 1 Pos. 2

Pos. 3 Pos. 4

Pos. 5 Pos. 6

Pos. 1 Pos. 2

Pressuredifference

At the top

on the bottom

ABL

Room air temperature and flow velocity room-side in front of screen

DGNBPlatin

10-20% Køling belastning

reduction

44% Lys

transmittans

< 24%Samlet energitransmittans

0,90 Ucw i W/m²

90Farvegengivelse

indeks

13,5%Lysreflektionpå ydersiden

75 mm

Facade dybde

8500m²

Rengøringydeevne

i m² pr. dag

6000Kr/m²

Facade omkostningi Kr/m²

© Festo AG

ACT FacadeActive Cavity Transition Facade

▪ FESTO Campus (2015)

Continental HQHannover, DE

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

© HENN

ACT FacadeActive Cavity Transition Facade

▪ Continential HQ (ongoing)

© HENN

ACT FacadeActive Cavity Transition Facade

▪ Continential HQ (ongoing)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)

▪ ARDEX (ongoing)

ACT FacadeActive Cavity Transition Facade

Info / function

Solar heat transmission coefficient

Cooling load reduction

System variations

Facade system comparison

Further research & development

Example project

▪ FESTO Campus (2015)

▪ Continential HQ (ongoing)Testing by Fraunhofer IBP

▪ ARDEX (ongoing)

© HENN

ACT FacadeActive Cavity Transition Facade

▪ Continential HQ (ongoing)

© Gerhard Spangenberg

ACT FacadeActive Cavity Transition Facade

▪ ARDEX (ongoing)