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#solarnode — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #solarnode, aggregated by home.social.

  1. Nachtrag:
    Habs ans laufen bekommen. Es lag echt an dem bescheidenem Solarpanel.

    Hier was ich schlussendlich genommen habe bei dieser funzenden Plug&Play Version.

    Solarpanel: amzn.eu/d/8FkqPOG
    Powerbank: amzn.eu/d/gpViyEH
    Board: amzn.eu/d/i5v3CcA

    Wenn ihr das wirklich draussen hinhängen wollt, dann empfehle ich noch:

    Anschlussdose: amzn.eu/d/6j40ppD
    Antenne 3dBi: amzn.eu/d/6PWxDPl

    #meshtastic #meshcore #solarnode #meshnet

  2. Nachtrag:
    Habs ans laufen bekommen. Es lag echt an dem bescheidenem Solarpanel.

    Hier was ich schlussendlich genommen habe bei dieser funzenden Plug&Play Version.

    Solarpanel: amzn.eu/d/8FkqPOG
    Powerbank: amzn.eu/d/gpViyEH
    Board: amzn.eu/d/i5v3CcA

    Wenn ihr das wirklich draussen hinhängen wollt, dann empfehle ich noch:

    Anschlussdose: amzn.eu/d/6j40ppD
    Antenne 3dBi: amzn.eu/d/6PWxDPl

    #meshtastic #meshcore #solarnode #meshnet

  3. Nachtrag:
    Habs ans laufen bekommen. Es lag echt an dem bescheidenem Solarpanel.

    Hier was ich schlussendlich genommen habe bei dieser funzenden Plug&Play Version.

    Solarpanel: amzn.eu/d/8FkqPOG
    Powerbank: amzn.eu/d/gpViyEH
    Board: amzn.eu/d/i5v3CcA

    Wenn ihr das wirklich draussen hinhängen wollt, dann empfehle ich noch:

    Anschlussdose: amzn.eu/d/6j40ppD
    Antenne 3dBi: amzn.eu/d/6PWxDPl

    #meshtastic #meshcore #solarnode #meshnet

  4. Nachtrag:
    Habs ans laufen bekommen. Es lag echt an dem bescheidenem Solarpanel.

    Hier was ich schlussendlich genommen habe bei dieser funzenden Plug&Play Version.

    Solarpanel: amzn.eu/d/8FkqPOG
    Powerbank: amzn.eu/d/gpViyEH
    Board: amzn.eu/d/i5v3CcA

    Wenn ihr das wirklich draussen hinhängen wollt, dann empfehle ich noch:

    Anschlussdose: amzn.eu/d/6j40ppD
    Antenne 3dBi: amzn.eu/d/6PWxDPl

    #meshtastic #meshcore #solarnode #meshnet

  5. A build for using a and for a or
    loramesh.org/subpages/upsrnode
    Running , four #21700 5000 mAh batteries seem to run the and Pi for at least 24 hours. The device can be re-charged using or 9 to 18 V DC at up to 3 A via a jack or other connector. The rnode shuts down cleanly when batteries run out & re-starts when power is back, whereupon the batteries charge at the same time in

  6. With N = at least 2 alternatives sprouting e.g.
    and
    using
    it seems that a setup is going to need a solar power source and N power outputs from that to N nodes, each one running the for each protocol.
    Now we need a protocol with in-built please!

  7. I venture to post an oddity here
    meshtastic.discourse.group/t/s
    concerning the use of to adapters and the effect that can have. The section in question is "Testing using USB C input via USB A output from solar panel to prevent drain of battery by the panel" in this build test. If anyone can predict if my tests will fail, that would save me time and make me learn even more than I think I have.

  8. However if one switches off the sun (lightbulb) the T-bat switches off (and T-beam switches off) - no lights on at all - the 5 V green output light is off on T-bat - i.e. the T-has not charged the battery significantly - and when one switches the sun back on the T-bat switches back on with green light on BUT the T-beam does not switch on immediately.... further testing of light cycling on & off is required. So has not been shown to switch node back on always.

  9. does not restart in the above setup.

    I have instead tested using a T-bat , with a battery, connected to a wherein the does not have a battery in it. In that setup the T-beam node appears to switch itself on in response to the T-bat being sufficiently charged. This behaviour is repeatable. The test was done using a lightbulb as shown in the picture because the sun was not available...

  10. Concerning the above: After 3 days, during which there was moderate sunshine, the T-bat is flat (the green light is off). The tbeam is at about 50% and still working... so now waiting for tbeam to drain flat on its own battery....

  11. If the T-beam loses power, can it only be switched on by a manual button press?
    Does that essentially rule it out as a place-and-forget solar node?
    as seems to be suggested here...
    github.com/meshtastic/firmware

    meshtastic.discourse.group/t/c

  12. Test: + + solar panel. 2 batteries: 1 in T-bat & 1 in T-beam. How long will this run for when sunshine is sparse? Will having 2 batteries help it last longer (panel output directly into T-beam lasted only 1 week). Why test? Can one use this as place & forget ? When T-beam battery runs out it needs a manual restart (bad for place & forget), but it can restart if gets clean 5V USB. Will T-bat solar-charge & make flat T-beam restart after it shut down?

  13. Lilygo T-beam plugged into a 6W solar pannel via usb B to micro connector lasted a week placed under Velux roof window before a cloudy period resulted in the battery going flat (3.09V) due to not being charged by the sun enough & the device went into sleep mode. Not bad. (Lasts only 1 day on full battery alone.)
    Parts:
    lilygo.cc/products/t-beam-v1-1
    amzn.eu/d/bgL2oL8
    botnroll.com/en/solar-panels/3
    (Samsung SDI INR18650-35E) standard unprotected Li-ion 3.7V 3450 mAh battery

  14. No. After a day of sunshine the T-bat is still charging and not fully charged (no green 'done' light) and the T-beam is empty 3% all the while. The setup Solar Panel -> T-bat -> T-beam does not seem to work. Perhaps when the T-bat stops charging from the sun, then it will charge the T-beam but I fear not. The drain of the T-beam is too great. Is it not logical that same spec batteries cannot charge each other?