That's exactly what I do.
I've got a 2-port 100W GaN PD travel charger that I use for pretty much everything. When I travel, my laptop and phone are hooked into that, and the laptop acts as a charging hub for all of the smaller stuff.
That's exactly what I do.
I've got a 2-port 100W GaN PD travel charger that I use for pretty much everything. When I travel, my laptop and phone are hooked into that, and the laptop acts as a charging hub for all of the smaller stuff.
Something like that, but closer to 45 to 65 watts and capable of 20v. There's one I saw a while back (can't find it now), but it's up to 100W PD and uses MC4 connectors straight to the panel. It was...expensive.
This is what I'm currently looking at (and it lists the voltages unlike the other ones that came up in search results). Only problem with this one is reviews say it defaults to "off" and you have to press the button to turn it on. Not ideal when it's going to be hooked to a PV panel.
Looks like revision 2 of the PD spec requires all of those voltages, but in revision 1 it doesn't require 20v. And if they're not listing the voltages, they're prob not listing the PD spec revision it adheres to.
RavPower was my jam before they got booted from Amazon, but yeah, I stick to Ankler for the most part (unless I just need a dumb power bank to dump solar into that'll charge my better power banks - e.g. the 50,000 mAh behemoth I've got charging outside right now).
The reason I had to stray here is because I'm looking for a 12v -> USB PD adapter I can hook to a 12V solar panel. Not the "cigarette lighter" kind, but the kind you hard wire. No-name is about all you can really buy unless I want to crack open an Ankler or fuss with a cigarette lighter-style adapter (those are a PITA sometimes lol).
Yeah, I get the "SEO" aspect of it, but they could at least include the actual specs somewhere.
Should be, but not all of them support 20V. I'm less concerned with the wattage (I usually buy a minimum of 20W) since my laptop is designed for 45W but is smart enough to throttle and not charge the battery if supplied with less. I've tested it down to 20W (which the BIOS warned me about) and it works about the same as when it's in "Battery saver" mode. However, if I put it to sleep or power it down, it'll charge from 20W just fine.
Will the real suckers and losers, please stand up?
Or at least would the real suckers and losers please shut up? They're always the loudest and dumbest in any space, and it's as if they stopped talking for even a second, they might actually have a critical thought (and that terrifies them).
Yep. It's for an outdoor weather node on a metal pole, so damage would be fairly minimal if it had a bad day. It's also only charging at like 200 mAh (max) since it's got only a small 1W solar panel hooked to the charge controller. The only other concern would be summertime temperature, but I worry about that regardless of the cell.
Yeah, and my newer powerbanks all do PowerDelivery for 5, 9, 12, and 20 V.
I'm assuming watt-hours would be universal for them all (watts are watts, as the saying goes).
I may be re-thinking my morals for things like that here soon. My legitimate career relies heavily on federal grant money, and my skills aren't rare enough to hope France will adopt me. Maybe I'll start a meme coin or something lol.
That's true, but this one came from a known (local) vendor. I took it back, and they were happy to refund it. Since they were gonna toss it, I asked if I could keep it (it works well enough to power an ESP32).
I've thought about selling out my morals, but realized I could never live with myself.
I've got two sets of solar panels and two different use-cases.
The panels my power banks use are all regulated 5v output (3x 6 watts, one 20W, and one 12W). I take one or more of those backpacking.
The 12V->USB PD adapter I'm looking for is to hook into my 12V 50 or 100 watt panel I take camping (which one i take depends how many people plan to charge from it). In addition to being a charging point for my laptop, it would also charge my power banks much quicker since they support QC/PD charging at higher voltages than the 5V panels produce.
But yeah, PV panels "open circuit" voltage is closer to 17-21 volts, but once you put a load on them, they're closer to 12-14.