Plug and play
Floor lamp with decentralised intelligence
Modernize efficiently
When revitalizing buildings, the same challenge often arises: How can rooms be controlled energy-efficiently and wirelessly – without complex wiring and high renovation costs? BlueRange provides the answer: Intelligent floor lamps with integrated multi-sensors that connect wirelessly to digital radiator thermostats. They are quick to install and immediately ready for use – ideal for flexible and sustainable building revitalization.
A powerful duo for efficiency and comfort
Through its collaboration with Waldmann, a leading specialist in intelligent lighting solutions, BlueRange combines state-of-the-art LED technology with integrated multi-sensors and wireless heating control – without complex wiring or installations. The system enables precise control of light and heat, as well as automatic adjustment of heating output based on real-time data such as temperature and room occupancy. The result is an energy-efficient and comfortable solution that reduces heating costs and CO₂ emissions.
Floor lamp with decentralised intelligence
Thermostat with up to 5 years of battery life
Utilises temperature measurement from the floor lamp
Heating only when rooms are actually occupied
Intelligent integration of sensors and thermostats significantly reduces heating costs – while simultaneously reducing CO₂ emissions.
A smart investment that pays for itself in a short time.
The platform grows with you – additional sensors (e.g., CO₂, humidity) and other products (e.g., smart window handles, blind actuators, smart plugs, table sensors for occupancy analysis) can be easily integrated. And with every new feature, your building becomes even smarter.
The BlueRange thermostats Basic and Pro, together with Waldmann’s lighting solutions, form an ideal basis for smart and energy-efficient building automation. They enable precise control of light and heat, ensuring maximum comfort with minimal energy consumption.
Building revitalization describes the process of sustainably and functionally upgrading older properties using modern technologies. BlueRange offers a central platform for this, wirelessly connecting devices and components such as thermostats and lighting, and enabling energy-efficient building control – without major structural alterations or complex interventions.
BlueRange uses Bluetooth® Low Energy technology to wirelessly connect devices such as thermostats and lighting. While the devices continue to be powered via conventional methods like wall sockets or batteries, wireless communication eliminates the need for complex data cabling.
Revitalizing existing buildings presents a number of challenges. Outdated cabling structures often prevent the installation of new technologies, and architectural constraints make structural modifications costly and time-consuming. This is precisely where BlueRange comes in: As a central platform, BlueRange wirelessly connects devices from different manufacturers, such as radiator thermostats, lighting, and sensors, enabling their seamless integration – without any intervention in the existing infrastructure. The self-healing mesh network based on Bluetooth® Low Energy ensures that all components communicate stably and securely with each other, regardless of the building's complexity. BlueRange thus offers an efficient, flexible, and sustainable solution that significantly reduces effort.
Yes, with BlueRange, building revitalization can take place while the building is in operation. Devices such as thermostats and lights can be easily powered by existing electrical sources and installed via plug-and-play. Without time-consuming construction work, the premises remain usable at all times – ideal for office buildings and rental properties.
Multisensor technology enables data-driven control of heating and lighting systems, based on real-time data such as temperature and motion detection. Rooms are only heated or illuminated when they are actually in use, significantly reducing energy consumption. Furthermore, precise data acquisition allows for the analysis of room usage patterns, which can then be used for the long-term optimization of building management.
The BlueRange system wirelessly connects devices from various manufacturers, such as smart thermostats, lighting elements, and sensors, via Bluetooth® Low Energy. Communication takes place through a self-healing mesh network, ensuring stable and secure data transmission. Devices are powered conventionally via wall outlets or batteries. Collected data is securely transmitted to a gateway, which establishes the connection to the central BlueRange platform. This allows for flexible and centralized control of all compatible devices.
BlueRange offers a completely wireless solution for efficiently modernizing older buildings. By combining modern floor lamps with integrated multi-sensors and digital radiator thermostats, both comfort and energy efficiency are achieved. This reduces heating costs, lowers CO₂ emissions, and makes buildings energy-efficient – all without complex structural modifications.
Yes, the system is scalable and flexible. New components such as CO₂ sensors, humidity sensors, additional power outlets, or smart window handles can be easily integrated at any time. Thanks to the self-healing mesh technology, each new component is seamlessly integrated into the existing network without affecting the performance of the existing devices.
BlueRange enables intelligent building control that optimizes energy consumption through demand-based use of lighting and heating systems. At the same time, the wireless technology promotes resource-efficient modernization by avoiding structural alterations. The platform also supports ESG requirements by reducing CO₂ emissions and efficiently lowering operating costs.
An investment in BlueRange technologies quickly pays for itself through energy savings and lower operating costs. In particular, the precise control using multisensor technology significantly reduces heating costs and delivers CO₂ savings. Many property owners see initial financial benefits within just a few years of implementation, while the long-term appreciation of the building's value is maintained.