Residential building · built 1890
- Outside temperature
- +2 / +5 °C
- Room temperature
- 20 °C
- Wall surface before
- 12 °C
- Wall surface after
- 19 °C
Thermography before and after coating under comparable winter conditions. Annual heat demand fell from around 40,000 kWh to under 15,000 kWh.
Residential building · built 1900
- Outside temperature
- 0 °C
- Room temperature
- 20 °C
- Wall surface before
- 12,9 °C
- Wall surface after
- 19 °C
Comparison of room-air and exterior-wall temperature: after coating, the wall surface reaches almost room temperature.
Residential building · built 1900
- Outside temperature
- 5 → 3 °C
- Room temperature
- 16 → 20,5 °C
- Wall surface before
- 12,3 °C
- Wall surface after
- 18,6 °C
- Flow temperature
- 36 °C
At a constant flow temperature, room temperature rises significantly; massive thermal bridges such as the concrete lintel above the window recede.
Residential building · built 1960
- Outside temperature
- 4 °C
- Room temperature
- 20 °C
- Wall surface before
- 11 °C
- Wall surface after
- 19 °C
Ceiling heating. Despite the high thermal conductivity of the load-bearing concrete structure, surface temperatures of 19 °C are measured at the critical points.
Apartment building · built 1900
- Outside temperature
- 3 °C
- Room temperature
- ≈ 22 °C
- Wall surface before
- 19,7 °C (EPS)
- Wall surface after
- 21 °C (PScoat)
Listed façade with PScoat Build + Outside, the rest of the building with 12 cm EPS (λ 031), gas heating. The PScoat-coated walls are consistently warmer than the conventionally insulated ones.
The corresponding thermography images (before/after) will be added.