Four representative scopes, written out in full — the systems, the hardware layer and the behaviour a client can expect once the panel is energised.
Illustrative system scopes assembled from Zeolux capabilities and the hardware ecosystem listed in the company profile. They are engineering references, not completed client case studies.
One bus, every wing.
A full-estate scope runs architectural lighting, motorised shading, multi-zone climate and the ELV backbone off a single open KNX topology. Guest wings set back automatically when unoccupied, west and south facades track solar azimuth, and the perimeter reports only human or vehicle presence.
A switch wall, replaced by one console.
A compact scope: a single DIN-rail enclosure carrying dimming, curtain and climate actuators, a 7-inch glass console at the entry, and a bedroom sequence that closes drapes at dusk and reopens them into a wake-up scene. Local bus execution keeps everything live through an internet outage.
The infrastructure nobody sees.
Where automation depends on the network, the network is engineered first. A rack-mounted managed core with UPS-backed PoE+, isolated VLANs for bus traffic, cameras, guests and private data, and a redundant recording array with RAID and surveillance-grade drives.
Answered from the sofa, or from another country.
A weatherproof IP door station with fisheye optics, RFID and keypad entry forwards calls to the in-wall KNX panels and to mobile. Gate release works remotely, welcome lighting responds to the entry event, and analytics discard foliage, animals and weather.
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Share the architectural drawings, the lighting schedule or simply the intent. We will return a system topology, a hardware schedule and a realistic route to handover.
