Indoor Climate Analytics gives you a portfolio-wide view of temperature and humidity data over time. It helps you spot properties that are running too cold, too warm, or too humid before those conditions result in guest complaints, property damage, or mould growth.
What you can see
Temperature trends: average, minimum, and maximum temperatures per unit over the selected date range
Humidity trends: relative humidity levels per unit, with indicators for units exceeding healthy thresholds
Almost freezing alerts: units where temperature has approached or crossed freezing point during the period. Note: this alert is not available for sensors installed in outdoor mode.
Overheating events: units where temperature exceeded the upper threshold, which may indicate HVAC failure or insufficient ventilation
Units requiring attention: a prioritised list of properties where climate conditions fall outside normal ranges
How to access
Go to web.minut.com/reports and click Reports in the left sidebar
Click Indoor Climate Analytics
Select a date range and filter by location or building if needed. Click any unit to open its detailed climate history.
How to act on what you see
Near-freezing units
Check whether heating is functioning and that the property is adequately insulated. Frozen pipes are a serious and costly risk in unoccupied properties. | Overheating units
May indicate HVAC failure, blocked ventilation, or a property being left with heating on between stays. Check the unit and adjust temperature settings or thermostat integrations. |
High humidity
Persistently high humidity increases mould risk. Cross-reference with Mould Risk Analytics to see whether conditions have been sustained long enough to be a concern. | HVAC optimisation
Use temperature data between stays to identify properties where heating or cooling is running unnecessarily, reducing energy costs without affecting guest comfort. |
Connect a smart thermostat to act on climate data automatically. Minut integrates with Google Nest, tado°, and ecobee to adjust temperature between stays. Climate control integrations.