Weekly Solarpunk, of 08 April: Potato Agrivoltaics, Puerto Rico Solar, EU Climate Target, Floating Solar Plant

Weekly Solarpunk for 08 April follows 6 future-facing stories and member reactions, moving through potato agrivoltaics, puerto rico solar, eu climate target, floating solar plant. (00:00) - Intro (00:26) - Potato Agrivoltaics (01:40) - Puerto Rico Solar (02:52) - EU Climate Target (03:52) - Floating Solar Plant (05:18) - Solar Ebike Charging (06:32) - Home Microbiology Lab (08:00) - Closing 1. Potato Agrivoltaics A multi-year field study reported that agrivoltaics can still support healthy potato yields, suggesting solar panels and crop production can coexist on the same land. According to pv magazine, the article points to a multi-year result rather than a one-season anecdote, which makes the yield claim feel more grounded, even if the wider rollout question remains open. Source link 2. Puerto Rico Solar Rooftop solar in Puerto Rico has reached a striking milestone, with panels on homes now accounting for one fifth of the island's generation capacity. According to PV Magazine, that share reflects years of rooftop buildout after repeated grid failures and growing local dependence on distributed power. Source link 3. EU Climate Target The European Union has locked in a binding 2040 climate target, aiming for a 90 percent cut in emissions from 1990 levels. According to the Council of the European Union, the deal gives member states a legal roadmap, though the exact mix of policies still matters. Source link 4. Floating Solar Plant A vertical floating solar plant has started operating in a Bavarian gravel pit, pairing bifacial panels with a layout that can capture light from both sides. According to Happy Eco News, the project is being presented as a world first, though the original poster already flags that the claim may be broader than the evidence supports. Source link 5. Solar Ebike Charging A creator showed a DIY solar charging station that let an ebike be charged year-round with mostly thrifted and reused parts. According to the video, the setup used a reused charge controller, batteries, solar panel, inverter, and even wiring, all put together to cover a schoolteacher's commute off-grid. Source link 6. Home Microbiology Lab The post is about building a cheap home laboratory and the appeal of doing microbiology at home after a summer program first made the work feel approachable. According to the linked video, the setup can be simpler than it looks on paper, but the poster also admits their basement would need serious cleanup because the carpet and walls are moldy. Source link That's it for today.