Sensor technology with an IP interface – new possibilities in building analysis and control

Precise monitoring of temperature, humidity, CO₂ and other parameters provides up-to-date data for regulating the indoor climate in line with actual requirements. The measured values can be transmitted automatically and in real time to connected systems and used to control HVAC systems. This allows the indoor climate to be adapted to the prevailing conditions and the building’s usage.

When it comes to lighting control, too, STEINEL IP sensors enable precise detection of presence and brightness. Whether in individual rooms, open-plan offices or larger spaces – the data collected can be transmitted via the IP network to connected systems and used to control the lighting according to need. This allows the lighting to be flexibly adapted to the specific use and the prevailing lighting conditions.

Our IP sensors take people counting to a new level – accurate, compliant with data protection regulations and fully integrated into the IP network. They record in real time how many people are in a room or area. The data enables targeted cleaning operations, optimised security concepts and transparent visitor and room management. Whether in offices, public buildings or educational institutions.

IP sensor technology records and digitally manages workstations and meeting rooms in real time. Employees can immediately see which desks or rooms are available via an app and can book them flexibly. This improves space utilisation, prevents vacancies and creates more transparency and comfort in everyday office life. Modern working environments thus benefit from efficient planning and maximum flexibility.

Smart Space Sensors are ushering in a new era of building intelligence. For the first time, we are combining comprehensive environmental monitoring – from temperature, humidity, CO₂, VOC and air pressure to brightness and noise levels – with precise people counting in defined areas or rooms. This concentrated sensor power enables unprecedented data depth and opens up completely new perspectives for analysis, control and optimisation.

The input devices (IPD) in DALI-2 can be used to implement a wide range of control and automation tasks. STEINEL's precise sensors detect additional input signals such as temperature and humidity and transmit them to building control systems such as KNX. Building management systems such as Beckhoff or WAGO also use this data to regulate heating, air conditioning and ventilation according to requirements. This extends the functionality of DALI-2 far beyond classic lighting control.

An existing or planned DALI-based lighting control system can be integrated into the IP world via the LiveLink LAN DR. Similarly, information from connected DALI sensors can be transferred to the IP network and processed. This creates a comprehensive system for building analysis and optimisation.