Systeme zum Energie sparen und Energie ... - Intus Windows

88 Schüco Schüco Aluminium-Systeme: TürenSchüco Aluminium Systems: DoorsAluminium SystemsAluminium-SystemeFeatures and benets■ Saving energy with optimum useof synergy effects of automatedwindow, door and façademodules (natural ventilation /night-time cooling)■ Can be retrotted without theneed for time-consuming cabling■ Wireless components which arepartly energy self-sufcient■ Optimised networking of Schücocomponents (VentoTherm,TipTronic, CTB etc.)■ Easy to commission■ Centralised and decentralisedcontrol options■ Occupancy monitoring andsimulation■ Monitoring of access control andemergency exit systems(Schüco DCS)■ Sequence of programmed /person-specic scenariosThe intelligent networking ofautomated Schüco systemcomponents with the wireless andlargely energy self-sufcientSchüco Wireless Control Systemunits in the renovation of buildingsachieves efcient energy saving.The relevant existing ofcebuildings, predominantly from the1960s and 1970s, are characterisedby the fact that they have neithersuspended ceilings nor conduitswhere the cables can be laid. TheSchüco Wireless Control System isthe solution to this with wireless,intelligent automation without theneed for wiring inside.Individual Schüco system units canbe intelligently linked together atthe entrance to a building, with thehelp of a prole-integrated Schücoaccess control system, forexample, in the form of a cardreader, a PIN code keypad or angerprint sensor etc. This meansthat a person can be individuallyidentied at the entrance to abuilding, granted authorisedaccess and the door automaticallyopened to provide access to thebuilding.On the basis of this, personspecic,pre-programmed,automated functions can beactivated in the relevant areas ofthe building via the SchücoWireless Control System.This means the lights on the wayto, and at a desk, can be turned onautomatically. A PC can be bootedup, solar shading adjusted to suitthe weather conditions and eventhe air conditioning can beautomatically set to preprogrammedvalues. After theperson leaves the building,additional energy can be saved byturning off energy consumerswhich are no longer required.