Fridolinweg
As part of the energy-related renovation of the single-family home, the following measures were implemented to optimize energy consumption, reduce CO₂ emissions and sustainably reduce energy costs. The measures included the installation of a heat pump, the dismantling of an old solar thermal system and the installation of a photovoltaic system with an electricity storage system. All work was carried out in close coordination with the conditions of the existing building and the available roof space.
Fridolinweg
As part of the energy-related renovation of the single-family home, the following measures were implemented to optimize energy consumption, reduce CO₂ emissions and sustainably reduce energy costs. The measures included the installation of a heat pump, the dismantling of an old solar thermal system and the installation of a photovoltaic system with an electricity storage system. All work was carried out in close coordination with the conditions of the existing building and the available roof space.
Requirements
Maximum energy efficiency through energy-related renovation. Conversion to heat pump heating and PV system with electricity storage.
Technical Solution
There was an old solar thermal system on the roof that was dismantled so that the greatest possible PV energy could be generated. The solar thermal system was disconnected by the heating engineer. Our fitters carried out the dismantling of the roof and the replacement of defective roof tiles. The solar cables were laid along the old solar thermal pipes into the HWR, where the inverter and electricity storage were located next to the heat pump
Hard Facts
Power: 10.56 kWp (24 PV modules 440 Wp each) PV modules: Trina 440 TSM-NEG9R.28 Vertex S+ double glass Inverter: 1x SMA Hybrid Sunny Tripower 10.0 Smart Energy Battery storage: BYD HVS 7.7 Battery-Box Premium (7.7 kWh)