PV & Speicher Mythen widerlegt! Ich habe 8.760h für dich simuliert.

👉 Sponsor: Jackery SolarVault 3 Pro Website Link: https://bit.ly/4dv9tvB Amazon Link: https://amzn.to/4bESzYP Amazon Code: DES3PSPR5P   / jackerybalkonkraftwerk   #Jackery #JackerySolarVault3 #JackerySolarVaultS3Pro --------- Link to the solar checklist: https://schlau-energiesparen.de/PVCL Is a PV system still worthwhile if there are no more feed-in tariffs? Instead of rules of thumb, this video offers a real simulation: hour by hour, using weather data from PVGIS (location Kassel, which is almost exactly the German average) and the year 2019, the most average year of the last decade. Because monthly averages lead to the kind of misleading calculations that ultimately cost you money. Is a PV system still worthwhile if there are no more feed-in tariffs? Here's what I found, and some things surprised me: Without feed-in tariffs, your electricity consumption is the primary factor determining whether the system is profitable. The tariff is nice, but no longer the deciding factor. Battery storage now pays for itself faster than the PV system itself. The old saying "storage is only for enthusiasts" is outdated. Heat pump: Around 31 percent of heat pump electricity can be covered by solar power, and with a very simple trick instead of expensive AI-powered smart home systems. Electric car: With smart surplus charging, up to 68 percent solar power is possible. In contrast, incorrect charging drains your home battery every night. South vs. East-West: There's a difference of around 20 percent in yield, but only about 10 percent in savings. And the myth that East-West systems offer higher tariffs is no longer valid. 📋 Free PV checklist to help you avoid overpaying for your system: https://schlau-energiesparen.de/PVCL What questions should the simulator answer next (dynamic electricity tariffs, vehicle-to-home, grid-friendly charging)? Write them in the comments. Chapter: 00:00 Is PV worthwhile without feed-in tariffs? The Questions 00:58 The simulator: PVGIS data, location Kassel, year 2019 01:59 Why hourly rates instead of averages? 03:14 Advertisement 07:00 Costs of a PV system 08:26 Storage costs: The assumptions in the model 09:22 Consumption: Household electricity with a standard load profile 10:12 Profitability without feed-in tariffs 11:01 Feed-in tariffs: Current conditions 11:50 Add battery storage: Almost no grid power consumption 12:55 The surprise: The storage system pays for itself faster than the PV system 13:38 Heat pump in the model: How much the sun covers 16:31 Electric car: Smart charging versus "dumb" charging 18:54 The complete package: Heat pump, electric car, and storage 19:20 How much the feed-in tariff ultimately matters 20:15 South or East-West: The simulator comparison 23:22 Conclusion and how it The simulator continues #Photovoltaics #Feed-in Tariff #EnergyStorage