#solari — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #solari, aggregated by home.social.
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“Sandy dildo vodka bath” as a raviolo floats by in the dishwasher …
Definitely not in Umora anymore ;-)
https://worlds-beyond-number.simplecast.com/episodes/solari-episode-1-paarlor-games
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Die #Solari #Friesenheim sucht weitere Mitglieder. #Lahr #Ortenau #solawi
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Si, el lobo rojo de la capitana #solari acabará en mi lista de pendientes 🤣🤣🤣, el #gundamex xa más adelante...😇 #GundamRequiemForVengeance
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I love Solari boards – the clickety-clackety electro-mechanical split-flap displays that were used as departure boards in railway stations before they were replaced by electronic versions ☺️
It would be fun to have an old one, but I suspect they’re extremely hard to come by – I’ve certainly never seen them popping up on eBay!
So I was pleasantly surprised to discover that a US company, Oat Foundry, makes character-by-character split-flap displays to order (not quite the same, but still fun): https://www.oatfoundry.com/split-flap/
Very cool, but how much are they? Well, let’s just say you can *rent* their smallest one (3 rows of 16 characters) for a *week* for as little as $7400 😱
That makes their competitor’s Vestaboard (6 rows of 22 characters) a complete steal at £3095 – to own outright no less (!): https://uk.vestaboard.com/products/vestaboard
The basic principle of split-flap displays is well explained in this three-and-a-half-minute video – you can see why they don’t come cheap: https://www.youtube.com/watch?v=UAQJJAQSg_g
For people with the right equipment (3D printers, soldering kit etc.) and corresponding skills, there are lots of DIY instructions for making split-flap displays – way beyond my level sadly!
📷 Departure board at Edinburgh Waverley 1989, by Graeme Phillips, graeme9022 on Flickr
#Solari #SplitFlap #railways #DepartureBoards #displays #electromechanical
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#TheMoreYouKnow those split flap displays have been invented by #Solari in #Udine, #Italy. Solari does also the subway arrival screens in #NYC.
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I cristalli ferroelettrici possono aumentare fino a 1000 volte l'effetto #fotovoltaico se disposti in un reticolo con tre diversi materiali. La scoperta della Martin Luther University Halle-Wittenberg (MLU) potrebbe aumentare in modo gigantesco l'efficienza delle celle #solari.
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La #Cina domina già nelle #rinnovabili. Già nel 2020 la sua capacità installata, circa 895 GW, superava UE, USA e Australia messi insieme: ora decide di correre più veloce di chiunque altro, annunciando enormi impianti #solari ed #eolici nei suoi deserti.
https://www.futuroprossimo.it/2022/03/deserti-impianti-solari-cina/
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#Agrivoltaico e canali "solari" continuano a farsi strada. ne abbiamo parlato tempo fa (qualcuno storse anche il naso), ma la cosa produce risultati. Coprire i canali di irrigazione con pannelli #solari ha senso e funziona.
