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len Umsetzung der geforderten<br />

hohen Flexibilität der Einzelraumregelung<br />

gegenüber allen<br />

anderen Wettbewerbern durchsetzen<br />

und bekam im November<br />

2011 den Auftrag zur Realisierung<br />

der gesamtheitlichen<br />

Gebäudeautomation und des<br />

Gebäude managements.<br />

Einbindung aller Gewerke<br />

Um den hohen Anforderungen<br />

gerecht zu werden, wurde ein<br />

Konzept erstellt, welches die Integration<br />

aller beteiligten Gewerke<br />

vorsieht. Deutliche Kostensenkungen,Brandlastminimierungen<br />

im Bereich der Verkabelung<br />

und die maßgeb liche Erhöhung<br />

der Versorgungssicherheit konnten<br />

so erreicht werden. Die meisten<br />

Gewerke und Anlagen wurden<br />

durch dezentrale intelligente<br />

Regelungskomponenten von der<br />

GFR ergänzt und mit optimierten<br />

BUS-Strukturen an die GFR <strong>BACnet</strong> Building<br />

Controller (B-BC) vom Typ ems4.CP03B-BAC<br />

angebunden. Der aktuelle GFR <strong>BACnet</strong> Building<br />

Controller ems4.CP03B-BAC wurde in der Zertifizierungsstelle<br />

erfolgreich getestet und mit Protocol<br />

Rev. 1.7 BTL und WSPcert zertifiziert. Die<br />

Automationsstation mit den integrierten Funktionen<br />

zeichnet sich durch seine Eigenschaften in<br />

den Bereichen verteilte Intelligenz, Kommunikationsmöglichkeiten,<br />

Echtzeitverhalten und Störfestigkeit<br />

aus.<br />

In the course of expansion into an international<br />

airport, <strong>Europe</strong>’s largest airport construction<br />

site – the airport Berlin Brandenburg – is currently<br />

being extended by an area measuring<br />

970 hectares. The new airport will have a total<br />

area of 1,470 hectares which equates to the<br />

size of about 2,000 football pitches. The new<br />

airport will be one of the biggest in Germany<br />

as it will have peak capacities of 6,500 passengers<br />

per hour and 27 million passengers<br />

each year. The entire construction project did<br />

not only include passenger terminals but also<br />

multi-storey car parks, maintenance hangars<br />

and administrative and technical buildings. In<br />

addition, a so-called Airport City has been built<br />

on an area of 16 hectares which is characterized<br />

by office buildings, hotels, restaurants and<br />

retail shops. The company Fay Projects from<br />

Frankfurt built the Berlin Brandenburg Airport<br />

Center (BBAC) in the direct vicinity to the passenger<br />

terminal.<br />

Flexible room control<br />

The center includes office space for airlines and<br />

companies for passenger processing and the<br />

visitor center of the airport. By means of a central<br />

transom, two courtyards were built which<br />

function as a rest zone and eye-catcher. During<br />

the construction of the big building with a<br />

size of 19,000 m², the legal requirements in<br />

accordance with EnEV 2009 were met in order<br />

to comply with the aims of environmental protection<br />

and particularly the reduction of CO 2 emissions.<br />

In order not to exceed the primary energy<br />

demand of Q P“=156 kWh / m 2 and in addition to<br />

other energetic measures, a modern and highly<br />

efficient closed-loop control for the primary<br />

equipment of ventilation, heating and cooling<br />

and the individual rooms is necessary. The quality<br />

standard in the field of building automation<br />

and building management bases on the international<br />

<strong>BACnet</strong> standard DIN EN ISO 16484. GFR<br />

mbH could beat the competition in the field of<br />

building automation with its <strong>BACnet</strong> concept and<br />

the conceptual implementation of the requested<br />

high flexibility of individual room control and<br />

Anwendungen­Solutions<br />

therefore won the contract for the implementation<br />

of the entire building automation and building<br />

management in November 2011.<br />

Integration of all trades<br />

Olaf­Durst<br />

GFR – Gesellschaft für Regelungstechnik<br />

und Energieeinsparung mbH<br />

olaf.durst@gfr.de | www.gfr.de<br />

In order to comply with the sophisticated<br />

requirements, a concept for the integration of<br />

all involved trades was created. By doing so,<br />

considerable cost savings, a reduction of fire<br />

loads in the field of cabling and a significantly<br />

increasing security of supply were achieved.<br />

Most trades and equipment were supplemented<br />

by decentralized intelligent control components<br />

of GFR and connected with optimized BUS<br />

structures to the GFR <strong>BACnet</strong> Building Controller<br />

(B-BC) of type ems4.CP03B-BAC. The latest<br />

GFR <strong>BACnet</strong> Building Controller ems4.CP03B-<br />

BAC was successfully tested in the certification<br />

body and certified with Protocol Rev. 1.7 BTL<br />

und WSPcert. The automation station with its<br />

integrated functions stands out due to its features<br />

in the areas of distributed intelligence,<br />

communication capabilities, real-time behaviour<br />

and interference immunity.<br />

<strong>BACnet</strong> <strong>Europe</strong> Journal­17­10/12 31

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