Balkonkraftwerke: Neue VDE-Norm erlaubt BELIEBIG VIELE Photovoltaik-Module!

The likely final version of the VDE standard regulating the connection of balcony power plants grants plug-in solar devices more freedom and finally includes storage options. Is this the future of private photovoltaics? Video by @DerKanal about the registration form:    • VDE 4105 (2026): So meldest du 800 VA Anla...   T-shirts, mugs, and more in our shop. Feel free to stop by :-) https://gewaltignachhaltig.myspreadsh... Advertisement: Our new book "Energy Transition - This Is How It Works" - available now! https://www.penguin.de/buecher/martin... Our first book, "Photovoltaics for Beginners," is the perfect complement: https://www.penguin.de/buecher/anne-p... Money for your electric car: Use our link to the GHG quota at Geld für eAuto (Money for Electric Cars) to get great terms, and we receive a commission: https://geld-fuer-eauto.de/?code=gewa... If you appreciate our work and find our tips helpful, please support us via PayPal: https://www.paypal.com/donate/?hosted... Everything you need to know about modules 1-3 of Section 14a of the German Energy Industry Act (EnWG): https://www.bundesnetzagentur.de/DE/V... For more sustainability in life – tips, trends, tests, statistics, buying recommendations, surveys, and much more: https://www.utopia.de 20 billion euros per year for diesel and kerosene: https://www.umweltbundesamt.de/sites/... Most thumbnails are generated using an AI image generator. Unless otherwise indicated, the video content is AI-free. 20 billion euros per year for diesel and kerosene: https://www.umweltbundesamt.de/sites/... Most thumbnails are created using an AI image generator. Unless otherwise indicated, the video content is AI-free. Our PV system: 20.56 kWp, 44 x IBC Polysol 270/285 Wp modules, mounted at a 10° angle, east-west facing (-65°/115°) / 11 x Astronergy 405 Wp modules, east facing (-65°) / 10 x Astronergy 405 Wp modules, south facing (25°) - SMA STP SE 10.0 + STP 6.0 inverters - SMA Home Storage 13.1 kWh battery - 15% backup power reserve - SMA eCharger 22 - PV yield: 615 kWh/kWp Our balcony power system: 1.78 kWp, 4 x IBC modules, 445 Wp modules, mounted at a 90° angle on the south-east facing facade (-65°) - 8 kWh battery storage - 800 W inverter Our electric car: Tesla Model 3 Performance with an annual mileage of 15,000 km, of which 3,000 km are used for... Long-distance travel with charging stops. Our heating system: Vaillant arotherm plus VWL 75/6 A heat pump – heating output up to 7 kW – electrical output up to 3.2 kW – settings: heating curve 0.5, base temperature 21 degrees – gas consumption to date approx. 24,000 kWh. Our house: atrium bungalow built in 1983, unrenovated – 120 m² ground floor with underfloor heating – 40 m² basement, uninsulated and unheated – exterior wall insulation (42 cm sand-lime brick) 10 cm – flat roof insulation 15 cm – double-glazed wooden windows from 1983 – 2-person household – living room temperature: 19-20°C – other room temperature: 17-18°C – basement temperature: 18-19°C. Calculated heating load: 8 kW. Building energy demand: 160 kWh*m²/a The current costs of the components of our private energy transition are as follows: PV system with storage and wallbox: €25,000 + 1% annual operating costs. Balcony power plant: €3,000. The electric car is cost-neutral compared to a similar combustion engine vehicle in terms of purchase and maintenance, except for fuel costs. The heat pump cost €8,500 more after a 40% subsidy. Total: €41,500 plus any financing interest.