/Smarter, more sustainable, better
Indoor climate during operation: comfort, health, and structural safety under control
During operation, the indoor climate determines the health of residents and users, the comfort in rooms, and the technical condition of the building. High humidity, poor ventilation, temperature fluctuations, or condensation can lead to mold, material damage, user complaints, and loss of performance. Inscio continuously monitors the indoor climate so that owners know exactly where risks arise and how they can be controlled.
Why indoor climate is crucial during operation
The indoor climate changes daily—due to seasons, usage, ventilation, installations, and weather influences. Without insight into these dynamics, problems can slowly arise and have a major impact on:
What does Inscio measure?
What Inscio measures during operation
Inscio monitors the overall air quality and the structural indoor climate in rooms and buildings. This creates a single integrated picture of health, comfort, ventilation performance, and moisture behavior.
CO₂
A direct indicator of ventilation quality and comfort. Continuous insight into rooms where air exchange is insufficient.
VOCs (volatile organic compounds)
Originating from objects, cleaning products, paints, and people. Important for healthy indoor air and early detection of air pollution.
Particulate matter (PM1, PM2.5, PM10)
Important for health and air quality. Peak detection during cooking, traffic, construction work, or poorly functioning ventilation systems.
Formaldehyde
Relevant parameter for new construction, renovations, and biobased materials. Insight into emissions and air quality in accordance with guidelines.
Relative humidity and temperature
Crucial for comfort, health, and structural safety. Risk analysis for mold, condensation, and material behavior.
Dew point
Predicts condensation formation on cold surfaces and is essential for CLT, biobased insulation, roof structures, and facades.
Comfort
Typical risks that Inscio sees in exploitation
Common patterns include high CO₂ levels in bedrooms, meeting rooms, and classrooms; VOC peaks after construction work or in poorly ventilated areas; particulate matter accumulation due to cooking or ventilation problems; condensation on thermal bridges; excessive humidity in wet areas; and imbalances in ventilation systems. We also regularly see persistent formaldehyde emissions in new buildings.
Continuous monitoring reveals these risks before complaints arise.
- From ad hoc inspections to continuous risk management
How Inscio assists during operation
Real-time insight
In air quality, temperature, humidity, and dew point.
Automatic Signaling
For CO₂, VOC, PM, RV, and condensation risks.
Substantiated optimization
Ventilation and indoor climate based on data.
Preventing problems and risks
Through early detection.
