Thermal real measurement
of buildings
Real building dynamics instead of model assumptions. Planning certainty for architects.
Modernization becomes demonstrable for the first time.
Really measured → realistically understood → realistically decided
Methodology for recording the actual thermal properties of buildings
Real-world thermal measurement:
Dynamics und Load
-Reliable data under
physical measurement conditions
We record the thermal behavior of buildings under real-world conditions.
Our measurement methodology provides physically reliable data on temperature profiles, heat flows, storage behavior and thermal response times.
This creates a precise representation of the actual energy reality of a building – independent of assumptions, simulations or manufacturer interests.
This data forms the technical basis for planning, renovation and funding decisions based on real values.
Real measurements instead of simulations.
For vacant buildings: Dynamics
-Building dynamics of old buildings
Building physics measurements
Dynamics investigates how an empty building reacts thermally when it is activated in a controlled manner.
We generate defined temperature pulses. We precisely measure how components absorb, store, and release heat.
This reveals weaknesses, delays, storage deficiencies and energy-related peculiarities that often remain hidden in simulations.
Dynamics provides a real, measurable and reproducible characterization of the building in its thermal rest state.
The thermal identity of a building at rest.
For heating load validation:
Load
-Heating load validation in real-world operation.
Measuring operational physics
Load determines the actual heating load of a building over weeks and months – in real operation, at real outside temperatures and under real usage.
This makes oversizing visible, which often occurs in purely computational methods.
The measurement shows how much energy the building actually needs, how it reacts to weather conditions, and how stable its thermal equilibrium is.
Load creates planning security based on real data – for owners, planners and authorities.
Heating load as it really is – not as it is calculated.
Our real-world thermometer readings
precision
We work exclusively with real measurement data. Every statement is based on physically reliable measurement series – not on model assumptions or standardized generalizations.
transparency
Our methods, data, and results are transparent and clearly structured. We show the actual energy reality of the building – without interpretations or simplifications.
independence
We represent no manufacturer interests and no system preferences. Our work is solely based on the physical properties of the building.
Strict principle: Data quality
through
Role architecture
Clear role distribution.
Each roll validates the previous process step. Serialized structure, minimal errors, reproducible measurement quality.
Buildings need to be considered based on real data.
Buildings are more than just construction and materials. They embody decisions, responsibilities, and often history.
Therefore, they need a thermal analysis that is not based on assumptions, but on actual observations of their current state.
Using real measurement data, we make visible how a building actually reacts, stores and loses energy.
This creates clarity – for owners, for planners and for authorities who depend on reliable information.
Every building is unique.
Its thermal behavior should be as well.
