Intelligently Monitor and Control Air Quality

onework measures CO₂ and other relevant air quality parameters using appropriate sensors and analyzes the data centrally. If defined thresholds are exceeded, this can trigger automatic responses, visual alerts, or other room functions.

onework GUARD

Smart Building Monitoring Redefined

Make air quality visible. Respond as needed.

Good air quality depends on usage, occupancy, and room conditions. If relevant data is continuously monitored, changes can be detected early and appropriate actions can be taken.

onework CORE processes the sensor data centrally and links it to the building automation system. Depending on the technical setup, for example, windows or ventilation systems can be controlled, or users can be prompted to ventilate the space.

Situation

Air quality changes
depending on occupancy and usage

Temperature, air quality, and humidity are constantly affected by occupancy, time of day, window status, and external factors. Rigid setpoints or systems operating independently can only account for these changing conditions to a limited extent.

This results in unnecessary heating and cooling cycles—or fluctuating comfort levels—especially in rooms with varied usage patterns.

Solution

Monitor and assess air quality
and respond appropriately

Appropriate sensors measure CO₂ and other relevant indoor parameters. one.work CORE processes this information centrally, evaluates defined thresholds, and triggers the appropriate response based on the project.

Depending on the technical setup, windows or ventilation systems can be controlled, other room functions can be linked, or notifications can be displayed on onework TOUCH, for example: “CO₂ threshold exceeded. Please ventilate.”

Recorded continuously

CO₂ and other air quality parameters are continuously monitored.
Recorded continuously

Threshold-based

Defined thresholds form the basis for automatic responses or notifications.

Threshold-based

Responding flexibly

Depending on the project, ventilation, windows, or other room functions can be controlled.
Responding flexibly

Transparent

Current statuses and notes can be made visible to users.

Transparent

Benefits

An indoor climate that combines comfort and efficiency.

young-engineers-bringing-energy-innovations

Greater Transparency

CO₂ and other air quality parameters are continuously monitored and can be clearly displayed.

Greater Transparency
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Faster response

Exceedances of threshold values can be detected early and linked to automated actions or targeted user notifications.

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Greater Comfort

Responses tailored to specific needs help create more comfortable conditions in rooms with varying occupancy and usage patterns.

Greater Comfort
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More Flexibility

Depending on the technical equipment, windows, ventilation, or other room functions can be integrated into the response logic.

More Flexibility
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Less manual work

Automatic analysis and predefined responses reduce the need to assess air quality solely by hand.

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Greater System Integration

Air quality readings are not considered in isolation; rather, they can be linked to other building automation functions.

Greater System Integration

Visualization

The Guard is a digital twin of the KNX building. This allows you to see on a screen from a central location which device is currently doing what and where malfunctions are occurring.

Visualize_Square

That's what makes the difference

Optimized Building Operations

Problems are not only identified, but also proactively resolved.

Energy Conservation

Targeted recommendations help minimize energy losses.

Improved Quality of Life

An optimal indoor climate enhances occupants' well-being.

Easy Integration

Quick and easy to set up thanks to the ETS project file.

How Air Quality Control Works

Sensors, central logic, actuators, building services, and user controls all work together to enable a needs-based response to changes in air quality.

Sensors
onework CORE
Actuators
Building Services Engineering
onework TOUCH
using (84)
Multi-function occupancy detectors and other sensors measure CO₂ and other relevant room parameters.

using (86)

Processes sensor data, evaluates defined thresholds, and handles the central response logic.

using (95)

Transmits control commands to the connected systems and serves as the interface between the automation logic and the building automation system.

using (94)

Window actuators, ventilation systems, or other suitable components carry out the defined response.

using (87)Displays status information and alerts, and allows for manual intervention when necessary, for example: “CO₂ limit exceeded. Please ventilate.”

Compatible with a variety of actuators and systems

The air quality control system is not limited to specific manufacturers or actuators. Depending on the project, various KNX actuators, window drives, ventilation systems, and other suitable components can be integrated.

Integrating Air Quality into the Project Appropriately

Talk to us about CO₂ detection, threshold logic, user prompts, and the project-specific integration of ventilation, window, and other room functions into your KNX-based room automation system.

Discuss the project