Innovative lighting for educational institutions Sustainability meets design: Ringo Star F5 LED luminaires

The National Superior School of Architecture in Clermont-Ferrand (École nationale supérieure d'architecture = ENSACF) supports the fulfilment of the tasks of the public service for higher education in the field of architecture. It uses state-of-the-art lighting technology in its premises to create a pleasant learning environment. Our compact Ringo Star F5 recessed LED luminaires, which are characterised by their minimalist design and high efficiency, are used here. Our LED luminaires provide uniform, glare-free illumination and blend in perfectly with the modern architecture of the rooms.

In addition to the Ringo Star F5 luminaires, our Matric R3 with multi-sensor was also installed, known for its linear, clear structure and precise light guidance, which provides functional and stylish lighting. The Matric is characterised by a high degree of flexibility and can be individually adapted to different architectural conditions.

The combination of clear shapes and ultra-modern technology ensures a harmonious overall appearance. Our Ringo Star and Matric luminaires integrate discreetly into the room structure and contribute significantly to an inspiring atmosphere that supports the students' focus. The LED technology used is characterised by a long service life and low energy consumption.

Sustainability is a central component of our corporate philosophy. When manufacturing the Ringo Star F5 and Matric R3 luminaires, we rely on environmentally friendly materials and processes. In addition, the high energy efficiency of the luminaires enables a significant reduction in electricity consumption. This not only leads to lower operating costs, but also supports the endeavour to integrate sustainable solutions into the everyday life of educational institutions.

The installation of the Ringo Star F5 and Matric R3 luminaires at the ENSACF is an example of the combination of design and functionality in the service of sustainability.