The Relais NUN is located in the heart of Assisi, with views of the Rocca Maggiore and Rocca Minore Castles and of Monte Subasio. The adoption of domotics technology for the management of the hotel has provided solutions for energy savings, safety and comfort that a traditional system can only offer in part. Thanks to the automation offered by domotics technologies, all of the key parameters (lights, ambience, temperature, air quality) that have a significant impact on the well-being of the guests and the quality of their stay can be managed and controlled. The aesthetic harmony of the ancient building was also fully respected, by selecting the chorus One and Lux plates for the control of lighting and shading elements, through which modern spirit and the elegance of tradition coexist.

The GEWISS domotics range plays a key role in guest rooms: temperature automation, access control with transponder card, plates for light switches and power sockets, temperature, water and wind sensors for outdoor blinds. These are all managed by control units with modular circuit breakers, residual current circuit breakers and MCBs that are always efficient. It is a complete system, with GEWISS's quality guarantee.

Designed to welcome visitors to the park and families looking to experience a unique and unforgettable adventure, the Gardaland Adventure Hotel combines the fantastical, dreamlike dimension of the journey with attention to every detail. This attention to detail is shared by GEWISS, and accordingly, the company succeeded in satisfying each and every system requirement, guaranteeing high performance standards and an elegant aesthetic. In addition to the chorus domestic range for commanding and controlling the lights and the main enclosure services, GEWISS also installed a number of modular devices and industrial plug and socket-outlet systems for the technical areas and kitchens at the Gardaland Adventure Hotel. Lastly, the latest-generation led devices from the astrid range were chosen to illuminate walkways and passage areas, combining high levels of performance with significant reductions in energy consumption.