Outdoor temperature and heating system data only tell part of the story. Indoor temperatures can vary significantly between buildings, floors and individual apartments. Continuous temperature monitoring provides a clear picture of actual conditions throughout the property and helps identify differences that would otherwise be difficult to detect.
Identify overheated apartments
Find apartments and areas of the building that are warmer than necessary and where there may be potential to reduce energy use.
Detect underheated apartments
Identify cold apartments and temperature deviations before they lead to recurring complaints.
See the whole building
Gain a clearer picture of how indoor temperatures vary between apartments, floors and different parts of the building.
Identify overheated areas and opportunities to reduce unnecessary heating.
See which apartments or areas of the building are too warm or too cold.
Continuous temperature monitoring helps maintain a more consistent and comfortable indoor environment.
Use measured apartment temperatures to identify imbalances and assess the results of heating system adjustments.
How it works
Wireless sensors continuously measure indoor temperatures in apartments and other areas of the building.
MIVO Connect automatically collects measurement data from connected sensors.Collect ska vara collects.
Temperature data is made available to energy monitoring systems, building automation platforms and other digital services.
Analyse temperatures, identify deviations and use the data as a basis for operational improvements.
Open system
MIVO Connect acts as the link between the property’s meters, sensors, and digital services. Support for open, established protocols (Wireless M-Bus, M-Bus, Modbus) makes it possible to combine products and systems from different manufacturers – and to switch analytics platforms or service providers without having to rebuild the metering infrastructure.
Communication
MIVO Connect automatically collects temperature data from the property's sensors and makes it available for control, analysis, and other digital services. An open infrastructure makes it possible to use the same temperature data in several different systems.
From meters and sensors
To systems and services
Data for AI and advanced analytics
Reliable, continuously collected building data can be used by analytics platforms and AI-based services to identify patterns that are otherwise difficult to detect. By combining factors such as energy usage, temperature, indoor climate, and outdoor conditions, operations can be gradually adapted to the building's actual needs.
Continuous temperature data provides a better foundation for reducing heating costs, creating a more consistent indoor climate, and optimizing the property's heating system.
