Answers on sensors, data analysis, and integration into existing HVAC systems – concise and without jargon.
For most commercial properties, temperature, humidity, and CO2 sensors are sufficient. They provide the basis for controlling heating, ventilation, and air conditioning. In meeting rooms, an occupancy detector is also worthwhile so that ventilation only ramps up when the room is actually in use. Placement is crucial: sensors should not be placed near windows or heat sources, otherwise the measured values will be distorted.
This depends heavily on the building and previous operating hours. In office buildings with fixed ventilation times, you often save noticeable energy in the first year alone because the system runs on demand. The greatest savings occur when heating and cooling no longer operate in parallel. An accurate forecast can only be made after analyzing the existing consumption data.
Yes, in most cases. We support common interfaces such as Modbus, BACnet, and KNX. Older systems without digital connectivity can be integrated via retrofitted measuring points and gateway solutions. Before planning, we check which components are already communication-capable and where additional sensors are needed. This helps you avoid unnecessary investments.
The platform handles automated analysis and generates clear reports. Your facility team can see on the dashboard where consumption deviates from the expected pattern. If values are unusual, you receive a notification with specific recommendations for action. We are also available to support the interpretation of complex relationships when needed.
For a single building, expect two to four weeks, depending on the scope of the sensors and the connection. Commissioning includes installing the measuring points, configuring the interfaces, and setting up the dashboard. Your team receives a brief introduction so that daily use can start without detours.
Basic operation of the dashboard is understandable after a short introduction. For advanced use, such as adjusting alarm limits or creating custom evaluations, we offer in-depth training. This can take place on-site or online and is tailored to the technical knowledge of your team.
To ensure smooth collaboration, we disclose the most important terms and framework conditions. This helps avoid misunderstandings in the planning, monitoring, and optimization of your building technology from the outset.
For us, building automation encompasses the networked control and regulation of heating, ventilation, and air conditioning systems based on sensor data. This includes the recording of consumption values, automated analysis, and remote monitoring of the systems. Manual on-site interventions or purely mechanical controls without digital connectivity are not included.
The basis is measurement data from temperature, humidity, and CO2 sensors as well as meter data for electricity, heat, and cooling. The data is recorded in real time and transmitted to the platform via a secure interface. We process exclusively technical consumption data, no personal information of building users.
Classic maintenance follows fixed intervals and reacts to faults. Our platform complements this approach with continuous condition monitoring and predictive analyses. This allows facility teams to detect deviations early and plan maintenance work specifically before failures occur. Regular on-site inspection remains unaffected.
The platform is designed for commercial properties: office buildings, administrative buildings, practice spaces, and mixed-use properties. For residential buildings or industrial facilities with special process requirements, we do not offer a standard solution. In individual cases, we examine whether an adaptation of the sensor technology and evaluation makes sense.
The analysis compares the recorded consumption data with reference values from similar buildings and takes into account weather, usage times, and system configuration. This results in concrete recommendations for action, such as adjusting operating times or optimizing the control strategy. We cannot guarantee savings, as they depend on local conditions.
Sensors provide the measurement data on which all analyses and control recommendations are based. The selection and placement are carried out on a project-specific basis according to the requirements of the respective spaces. We rely on durable components that can be integrated into existing building management systems. Maintenance of the sensor technology lies with the building operator; we support configuration and data evaluation.
Our platform bundles the most important functions for facility teams: from sensor-based data collection to automated analysis. Each module is tailored to the operation of heating, ventilation, and air conditioning systems in commercial properties.
Four steps that turn your building technology from a passive system into active control.
First, temperature, humidity, and CO2 sensors are installed at relevant points in the building. The measurement points are chosen to reflect real usage zones, not just technical rooms.
The recorded consumption values are collected centrally on the platform. There, they are normalized, validated, and stored in a uniform time grid so that later analyses are based on clean data.
Automated analyses compare the measured values with reference profiles and historical trends. Deviations such as increased power consumption during idle periods or a slow heating phase are specifically flagged.
From the identified patterns, concrete action options emerge for your facility team: for example, an adjusted night setback, a new filter replacement cycle, or changing the ventilation stages. You decide what gets implemented.