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Heat Pump Cost Calculator 2026 — BEG Subsidy up to 70%

Calculate heat pump costs (air, ground, water): annual electricity ~3000 kWh, BEG subsidy 30-70% (max 30,000 € eligible). Compare with gas heating ROI.

Updated 2026 Data stays local

Estimated acquisition costs

20.000,00 €

Air-to-water (COP 3,0)

BEG subsidy

- 10.000,00 €

Base subsidy: 30 % + Climate bonus: 20 %

Total: 50 % (max. 30.000,00 € eligible)

Own contribution

10.000,00 €

Annual heating costs (old: Gas)

2.560,00 €

Heating demand: 19.200 kWh/a

Annual Electricity Cost

2.240,00 €

Electricity consumption: 6.400 kWh/a

Savings vs. Current Heating

320,00 €

Payback period

approx. 31,3 years

CO2 savings per year

1,7 t

vs. Gas (200 g/kWh)

Note: This calculation is for guidance only. Actual costs and savings depend on many factors (insulation, user behaviour, hot water needs, electricity tariff). Subsidy according to BEG 2024. Acquisition costs are averages incl. installation.

Note: These calculations are for informational purposes only and do not replace professional tax or financial advice. All information without guarantee.

Frequently Asked Questions

How much does a heat pump cost?

Including installation, an air-source heat pump costs 15,000-25,000 euros, a ground-source pump 20,000-35,000 euros. Government subsidies (BEG) can cover 30-70% of costs depending on the situation.

What is the COP of a heat pump?

The COP (Coefficient of Performance) indicates how much heat energy is produced per unit of electrical energy. A COP of 4 means 1 kWh of electricity produces 4 kWh of heat. Higher COP means better efficiency.

What is the Heat Pump Cost Calculator 2026 — BEG Subsidy up to 70%?

The heat pump calculator computes the investment costs, operating costs and subsidies when switching to a heat pump.

How does the Heat Pump Cost Calculator 2026 — BEG Subsidy up to 70% work?

Enter the heat demand and heat pump type. The calculator computes electricity consumption (heat demand / COP), annual heating costs and compares with the previous heating system. The BEG subsidy (up to 70%) is deducted.

Key Data and Facts

BEG subsidy 2026: 30% basic + 20% climate bonus + 30% income bonus. Max. 70%. Typical COP air-source: 2.5-4.0. Investment air-source heat pump: 15,000-25,000 euros.

Step-by-Step Guide

How to calculate die costs einer Waermepumpe step by step: 1. Waermebedarf des Gebaeudes determine: Fuer ein typisches Einfamilienhaus (150 m2) liegt der Waermebedarf bei 10.000-20.000 kWh/year, je nach Daemmstandard. Altbau unsaniert ca. 150 kWh/m2, saniert ca. 80 kWh/m2, Neubau ca. 40-50 kWh/m2. 2. Waermepumpentyp choose: Luft-Wasser (guenstigste Anschaffung, JAZ 2,5-3,5), Sole-Wasser/Erdwaerme (JAZ 3,5-4,5, teurer), Wasser-Wasser (JAZ 4,0-5,0, selten). 3. Stromverbrauch calculate: Stromverbrauch = Waermebedarf / JAZ. 4. Jaehrliche Heizkosten: Stromverbrauch x Strompreis. 5. BEG-Foerderung 2026 abziehen: 30 % Grundfoerderung + bis zu 20 % Klimageschwindigkeitsbonus + 30 % Einkommensbonus (Haushaltseinkommen unter 40.000 EUR). Maximal 70 % auf foerderfaehige costs bis 30.000 EUR. 6. Vergleich mit Gasheizung erstellen: Gaskosten = Waermebedarf x Gaspreis.

Calculation Example

Einfamilienhaus, 15.000 kWh Waermebedarf, Luft-WP mit JAZ 3,0: Stromverbrauch = 15.000 / 3,0 = 5.000 kWh. Heizkosten: 5.000 x 0,37 EUR = 1.850 EUR/year. Investition 22.000 EUR abzgl. 50 % Foerderung = 11.000 EUR Eigenanteil.

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