The Dynamic RGBW is Innolumis' latest innovation in smart public lighting. By combining red, green, blue and white LEDs, this system makes it possible to create any desired light colour - including all familiar Innolumis light colours. Thanks to this flexibility, it is easy to adapt the lighting to the situation, atmosphere or policy requirements of a specific location.
This technology is available exclusively for the Mini Nicole and the Nicole luminaires. Thanks to the specially designed reflectors in these models, the RGBW light is optimally mixed and comes out of the luminaire completely uniform, with no colour deviations or shadows.
The Dynamic RGBW is controlled with a self-developed 4-channel driver, which controls each colour individually and with high precision. This ensures stable, reliable and high-quality light output.
The user-friendly technical dashboard allows easy remote control of all luminaires. It allows you to quickly set light colours, dim lighting based on need and adjust settings in real time - individually or per group of luminaires. In addition, thanks to the API, it can be integrated into existing management systems.
Colour at events or holidays: Enhance a city or neighbourhood with orange lights during King's Day or Dutch national team games, green during St Patrick's Day or other colours suited to local events.
Situational lighting behaviour: Tune the lighting to the time of day or traffic density - bright white light during rush hour for optimal visibility, warm white light in the evening for a quieter streetscape, or green light at night to increase contrast with the surroundings.
Fog and poor visibility: In foggy conditions, it is possible to opt for amber light, which increases contrast and thus significantly improves visibility for road users.
With Dynamic RGBW, Innolumis offers a powerful and future-oriented solution for dynamic, sustainable and smart lighting in public spaces.
We use cookies to improve your experience on our website, analyse website traffic and optimise our services. By clicking “Accept”, you consent to the use of all cookies.
