Future-proof buildings through smart lighting solutions
Experience lighting that adapts to your needs. LITENET transforms modern buildings into energy-efficient spaces by combining presence detection, daylight controls and time management. The flexible DALI control system captivates with its intuitive operation and convinces facility managers, planners and operators — whether in office buildings, healthcare facilities or museums.
Use of daylight
Easily adjustable
Central software cockpit
User-friendly controls
Presence sensors
Smart detection
Emergency lighting integration
Integrated solution
Blind control
Convenient operation
DALI lighting controls for maximum efficiency
The LITENET lighting management system revolutionises the control of lighting in medium-sized and larger buildings. The innovative combination of presence sensing, daylight control and time management delivers energy savings of up to 82%. The central control manages up to 10,000 luminaires along with blind control and seamlessly integrates emergency lighting functions. The software cockpit ensures effortless operation and precise system monitoring.
Intelligent control, tangible progress
LITENET is intuitive: It detects when people enter rooms, how light shines through windows and the specific requirements of each zone within the building. For facility managers, architects and operators, this means energy savings of up to 82%, minimising maintenance while ensuring safety – all with future-ready flexibility.
Flexible lighting scenarios with an optimised number of luminaires
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LITENET: Versatile for use in all types of buildings
From efficient office lighting to intelligent hospital lighting solutions to dynamic museum lighting — LITENET optimises power consumption in a wide range of buildings with DALI control and precisely manages up to 10,000 luminaires.
FAQs about LITENET
What capacities does the LITENET system offer regarding the number of controllable luminaires, and which types of projects is it particularly well-suited to?
With LITENET, you can deliver lighting projects of nearly any scale – even very large installations with up to 10,000 luminaires and blinds can be executed effortlessly. The system is ideal for complex lighting management solutions in office buildings, public facilities or industrial facilities. Thanks to its high scalability, LITENET flexibly adapts to different project requirements and offers a consistent, centrally controllable solution. Whether in small individual rooms or large building complexes, the system always ensures efficient, networked and user-friendly lighting and shading control.
What are the hardware requirements for the LITENET lighting control software and what advantages does its "software-only" solution offer?
The LITENET lighting control software can be effortlessly installed and operated directly on a standard Windows PC. As a 'software-only' solution, it provides maximum flexibility, especially for system integrators or operators who already have their own hardware. This means: You don't need an additional control centre or proprietary hardware - an existing Windows environment is enough to efficiently utilise LITENET’s extensive functions and automation. This allows you to have full control over your lighting and shading systems with minimal installation effort.
Is the LITENET lighting control system exclusively compatible with DALI luminaires, or can other luminaire systems be integrated as well?
While the use of DALI luminaires is ideal for the operation of LITENET lighting control, it is by no means mandatory. The system was designed to not only professionally control DALI-compliant luminaires but also to integrate conventional luminaires into the control system. This is done quite simply through relay outputs, which reliably integrate switched luminaires. This makes LITENET suitable for new constructions with the latest DALI technology, as well as for retrofitting or existing structures where current luminaires are intended to remain in use. This ensures that your project remains flexible and future-proof.
What types of shading systems can be controlled with LITENET, and what benefits does this integration offer?
With LITENET, various types of glare protection can be controlled automatically — and with great precision. Whether standard blinds with adjustable slats, roller blinds, screens or motorised roller shutters: all systems with 230-volt motors can be easily integrated and intelligently managed. Even electrically operated windows can be opened and closed through LITENET. This allows the light incidence to be optimally controlled — either manually or automatically based on daylight, time or usage. This means increased comfort for users, optimal lighting conditions and an improved indoor climate, while simultaneously reducing power consumption.
To what extent does LITENET support safety lighting and emergency lighting functions in buildings?
LITENET is not just an intelligent lighting and control solution, but also provides safety in emergencies. The system can efficiently monitor and test various emergency and safety lighting systems. Particularly practical are the safety lights with individual batteries, which can be automatically tested and documented. Plus, LITENET allows for direct integration of central emergency lighting systems like ONLITE CPS. Even diesel generators can be seamlessly integrated. For any further questions or individual requirements, our experienced sales team will be pleased to assist you and make sure that everything functions as planned in an emergency.
What energy-saving potential does the LITENET lighting control system offer, and which functions are used to achieve these savings?
Intelligent lighting control with LITENET not only provides greater comfort but also significant energy savings. Up to 82% of the electricity consumption resulting from lighting can be saved through targeted control strategies. The key lies in the combination of various functions: LITENET integrates presence sensing, daylight dependency and time-controlled processes into a comprehensive concept. Lighting is only provided when truly necessary — and using precisely the right light. This intelligent regulation ensures maximum efficiency and contributes sustainably to cost reduction and environmental protection.