We Tested Plug-In Solar. The Industry Got This Wrong.

Plug-in solar is coming to UK shops, and the electrical industry is not exactly calm about it. After Ed Miliband announced that plug-in solar could be available in the UK by the summer, trade bodies and industry voices quickly raised concerns about safety, UK wiring systems, backfeeding, overloaded circuits, anti-islanding protection and what happens when the general public start plugging generation into their homes. But is plug-in solar genuinely dangerous? In this video, we revisit our original plug-in solar setup, which has now generated 155 kWh from two panels in three months, saving around £47 so far and tracking towards roughly £190 per year. We also upgrade the system with the Indevolt Powerflex 2000, an integrated plug-in solar and battery storage unit designed for the German market, with four independent MPPT inputs, expandable battery storage, smart energy management and a fixed-circuit option that can unlock higher output. We test what happens when the mains supply is lost, explain anti-islanding protection, look at the real risks around UK socket circuits, RCDs, outdoor use, panel mounting and DIY installations, and ask whether the industry is focusing on the right problem. Because the biggest risk may not be plug-in solar itself. It may be what people plug it into. Learn More about the Indevolt Powerflex 2000: https://hub.efixx.co.uk/IDV In this video: 00:00 Ed Milliand let the genie out of the bottle 01:00 Plug in Solar - The results so far 01:54 It's already happening 02:46 Feeding power back through the plug 03:30 Anti-islanding protection - loss of mains 06:30 Stupid Proof 08;30 How does loss of mains protection work 10:06 Bidirectional RCDs 12:45 Charging an EV with plug in solar 14:00 DIY risks 17:00 Introducing the Indevolt 18:26 Adding battery storage #pluginsolar #diysolar