Quality and IoT for Education and Office

Schools and offices sometimes have highly specific functional and architectural lighting requirements. In addition to classrooms and specialist laboratories, stairwells, corridors and ancillary areas must be illuminated correctly. From an architectural point of view, beams in concrete ceilings often make it difficult to use continuous lines luminaires. In terms of functions, every school area requires an individual, customised light distribution. With Opendo LED, all these requirements can be met with just one luminaire range. It can be installed as a surface-mounted or suspended luminaire, as a continuous line or as an individual solution, adapting flexibly to any architecture. At the same time, a wide range of optics ensures perfect light for every application, for example asymmetric whiteboard lighting or UGR19 for working on a screen or tablet. This wealth of versions makes it possible to illuminate schools and offices in a uniform design across all areas.

Advanced-level light – quality, networking and control

The better the light, the better the learning and working conditions. This is why Opendo LED is all about quality of light. A special feature is its borderless light emission surface across the entire luminaire width that provides homogeneous and particularly uniform light. In the future, Opendo LED will also be available as a Human Centric Lighting version, with its spectral light composition changing according to the natural progression of daylight. This strengthens the biorhythm, improves performance and increases well-being. Opendo LED + LiveLink = smart system with ease: The luminaires are simply networked via the LiveLink light management system and combined with sensors for presence detection or daylight control. This reduces energy usage, leading to a more sustainable approach. The system can be conveniently controlled and monitored via a cloud access. Digital monitoring services by TRILUX (Light Monitoring and Energy Monitoring) evaluate the operating data of each individual light point in real time. This data serves as the basis for usage-based maintenance (predictive maintenance), which is more cost-effective and safer than rigid intervals.