Heat pump consumption 2019 on a monthly basis

In total definitely a TOP consumption.

KFW70 semi-detached house
3-story, 17 windows, orientation of large windows SSW, large side wall OSO
heated area 146 m2, underfloor heating
standard rooms 22°C, living room + kitchen 23°C, bathroom 23°C
exhaust air heat pump Nibe F730
hot water temp. 45 degrees with morning boost to 55°C
outside temperatures usually about 2 K lower than at the weather stations

January	937
February	483
March	378
April	203
May	108
June	47
July	50
August	39
September	54
October	166
November	388
December	491

Total: 3344 kWh

Total: 3344 kWh

Addendum:
Of this, 457 kWh in January were caused by the quickly activated heating rod, as I only started optimizing then. Annual performance factor: 3.15

The values set by the heating engineer were predictably not so good. He apparently had not installed a NIBE before either. But we had no influence.

Minimum temperatures were approximately as follows:

Are pretty good values!

[*]KfW55 house
[*]2 full floors without basement, 21 windows, orientation of large windows WSW
[*]heated area: 160m2, underfloor heating with 10cm spacing and activated wall in the shower area
[*]standard rooms 20°C, living room+kitchen+bathroom 21°C
[*]brine/water heat pump: Buderus 1.3-11.8kW modulating
[*]hot water temp.: 50 degrees (heating only occurs once a day at photovoltaic peak output or solar noon)
[*]controlled residential ventilation: Vallox 350MV-E with heat and humidity recovery

January	478
February	310
March	233
April	120
May	85
June	44
July	34
August	36
September	37
October	85
November	170
December	245

Total: 1877 kWh

Good value, but approx. 30 years payback period compared to [Luft-Wasser-Wärmepumpe] is still not economical despite subsidies. Therefore, [Sole] remains something for enthusiasts, would have liked to do it too because great technology.