Energy Sharing 2026: Strom an Nachbarn verkaufen – Lohnt sich das wirklich?

Is your PV subsidy expiring, or are you planning a system for 2027 without a fixed feed-in tariff? The rules of the game change in June 2026! With the new Energy Sharing (§ 42c EnWG), you can legally sell your solar power to your neighbors via the public grid. In this video, we'll look at the key figures: ✅ How does Energy Sharing work technically? (Keyword: The virtual power line) ✅ The legal roadmap: What happens in 2026, and what changes in 2028? ✅ The producer's bill: How is the selling price calculated? ✅ The iMSys dilemma: Why your neighbor needs to do the math before participating. ✅ Strategy check: For whom will this model be a real game-changer (over 20, EEG 2027 & storage experts)? We'll give you a hard-hitting calculation of when smart meter installation becomes worthwhile for consumers and why policymakers still need to improve grid fees. Become an active participant in the energy transition, not just a passive feed-in! Chapter: 0:00 Intro: Selling electricity to your neighbor 1:13 The principle: Balancing energy sharing in 15-minute increments 3:01 Legal framework: Phases 1 & 2 of energy sharing 6:07 Cost check: What does community electricity cost? 9:15 The hurdle: Fixed cost trap for consumers (mandatory smart meters) 12:10 Why are service providers needed? 13:28 Target groups: For whom is it a game-changer? 15:01 Conclusion & Strategy until 2029 17:29 Outro #EnergySharing #Photovoltaics2026 #EEG2027 #SmartMeter #EnergyTransition #SolarPower --------------------------- Personal Links & Advertising Partners: My Blog: https://www.juergenstechnikwelt.de/ THG Quote: Money for an electric car - https://tinyurl.com/ah2r5pjb Electricity provider: Tibber - https://tinyurl.com/mrxxya5n Power stations: Ecoflow - https://tinyurl.com/5cxbkufw EV battery check: Aviloo - https://tinyurl.com/3tfht5we -------------------------- Sources: Intro music: Pixabay: Antonio Jade https://pixabay.com/de/users/fasttech... Thumbnails are sometimes created using an AI image generator. Video content itself is generally AI-free or is marked accordingly. ``` ------------------------ Information about our systems: Our PV system: Commissioning: October 2020 Orientation: East (-65 degrees) / West (115 degrees) Modules: LG modules / 340 W Number of modules: 10 East / 19 West Total output: 9.86 kWp SMA inverter: Sunny Tripower 10 (SMA Home Manager 2.0) Garage wallbox: SMA EV Charger 22 (limited to 11 kW) Driveway wallbox: GoE Charger (single-phase connection with max. 3.7 kW) 4 power stations with a total capacity of 5 kWh (3 x 1 kWh, 1 x 2 kWh) Our house (occupied by 2 people): Year built: 1992 Living area: approx. 135 sq m Heating ground floor/first floor: Underfloor heating Heating basement/attic: Radiators Insulation: As of 1992 / Triple-glazed windows Heating mode: 21.5 - 22 °C Hot water: Eco+ Start: 42 °C / Stop: 49 °C Disinfection: Once a week Our heat pump: Commissioning: January 2025 Outdoor heating: Buderus Logatherm WLW-7 MB AR Indoor heating: Buderus WLW186i-12 TP70 Hot water: Buderus Logalux SH290 Output: max. 6.7 kW heat / max. 2.9 kW electricity Internet connection: MX400 module Connection to SMA Home Manager (electricity consumption) via Smart Appliance Enabler Connection to FHEM home automation via EMS-ESP Current electricity tariff: Dynamic electricity price (Tibber) Our electric cars: KIA EV6 AWD, 2024 model year VW eUp! Smart home: FHEM on Raspberry Pi and a second virtual environment on Proxmox Sensors and switches: Homematic, Hue, Shelly, Fritz!, TP-Link, Arlo, Somfi, Tradfi, ... Voice control: Alexa Under test: Homey Pro