Can I Design & Print A Mini-ITX Computer With One Charge Of The Jackery Solar Generator 2000 Plus?
Вставка
- Опубліковано 3 лип 2024
- Jackery recently asked if I'd like to try out their new Solar Generator 2000 Plus portable power station, so today we're going to try to design, 3D print and assemble a mini-ITX form factor computer using just a single charge.
ADDITIONAL INFORMATION
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Get your first solar generator from Jackery - bit.ly/3GtNvr3
Visit my blog for the full guide and 3D print files - www.the-diy-life.com/can-i-de...
@JackeryGlobal @JackeryAU2012
#Jackery #SolarGenerator #JackerySG2000Plus
#outdoor #offgrid #adventure #solarpower #greenenergy
PURCHASE LINKS
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AMD Ryzen 5 5500 - amzn.to/46Dc7Z3
ASRock B550M-ITX - amzn.to/3T3Jam4
XFX SWFT Radeon RX 6600 - amzn.to/3RuBPeg
Crucial 1TB P3 Plus - amzn.to/3Tbj6W6
Kingston Fury Beast Black 16GB - amzn.to/4a5K6MY
Silverstone 500W TFX Power Supply - amzn.to/47RvRcC
PCI-E 4.0 Riser Cable - amzn.to/3R5j8wa
M3x8mm Button Head Screw Kit - amzn.to/3FsVYJJ
Power Button - amzn.to/3gbyM6W
M3 Brass Inserts - amzn.to/438fSnx
Tool & Equipment Used:
Bambulab P1S - bit.ly/3T971Rj
Gweike Cloud CO2 Laser Cutter - bit.ly/3NayRZv
USB C Electric Screwdriver - amzn.to/3aOeDVa
Hakko Soldering Iron - amzn.to/3NBeUe3
Hakko Brass Insert Tips - amzn.to/3NtfR84
CHAPTERS
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0:00 Intro
1:25 Charging The Solar Generator
2:35 PC Components
3:35 Designing The Case
6:06 Making The Case Components
9:14 Assembling The PC
11:34 Problems
14:36 Boot & Testing
16:01 Final Thoughts
If you've got any ideas for Raspberry Pi, Arduino, or other Electronics projects or tutorials you'd like to see, let me know in the comments section. - Наука та технологія
Thanks for the video! Great job!
That's pretty cool but why did you use the infill mesh method but leave big holes for the fans? couldn't you have left it "solid" in the model and then it would've been converted to mesh and still allow the fan to breathe while protecting it from fingers?
I like the look of the exposed fans but yes I could have pretty easily just left the whole panel as a solid mesh and that would probably work equally well.
Amazing build!
Neat stuff! And good build too, love me some miniITX goodness. Waiting for AM5 prices to go down before I start building my own.
Thank you. I've seen a few good prices on them recently, in a few months these will be a great option!
Pity everything is so expensive in Australia.
I'd love to see you do a custom "rack mount" design for components like this. Would be really cool, and give me some good ideas for my own rack!
I need to get a bigger rack for that!
The case reminds me Jonsplus BO 100 Mini-ITX Tempered Glass case. But this DYI is much better IMHO.
this computer is better than mine
Looks really cool and make me me want to buy a 3d printer
The P1 series from Bambulab are great starter printers
@@MichaelKlements I will have a look thanks
I'm pretty worried about that power supply. Being the riser cable ontop of the whole for the fan of the power supply. Cutting off the air flow there. But over all very nice design.
Yeah the fan is partially covered, not ideal. I haven't run into any issues with it yet though. I think it is sufficiently oversized that it'll hopefully not be an issue. It's rated for 500W and the PC only draws around 150-200W so shouldn't be producing anywhere near it's maximum heat load.
Counter Strike. I love this game. Nice case and good project. I think mini-ITX should be more popular.
Hi, can you please make an Video Tutorial for an 0.96 inch oled dashboard display for the raspberry pi 5? I have seen you tutorial video on the pi4 but it doesnt work on my pi5.
The libraries and packages used for that display need to be updated to work on bookworm and I'll then be able to modify the display script to work on the Pi 5.
you just made this video so you could get free stuff!
its the YT justification
sorry but im calling horseshit on this, the case body alone was 8 hours, at about 200 watts average( remember the beginning spike for each and every print) thats 1600watthours, or 78% of the battery for that part alone. 5 other prints had to go through plus the laser cutter. and it claims 32% left after that..... that math dosent work. THe trust worthyness of people that get free stuff to advertise it....
I'm not sure what you think I could possibly be gaining by making up the usage? If I couldn't get the whole project done it would have been far easier for me to say "can I 3D print the case" or "can I design the case" on one charge, it is a lot more effort to artificially make up usage and get footage to match than it would be to just see what happens and use the results.
In any case, here are the actual percentages after each component from the raw footage;
Case 21% or 439Wh
Legs 4% or 82Wh
Front Grill 2% or 41Wh
Ryzen Side Panel 7% or 143Wh
Radeon Side Panel 8% or 163Wh
In looking back at the raw footage to get the above, I've realised that the printer is actually using a lot less power when the bed is not on, you can see this in the background of the timelapse footage 6:40 to 6:45, that it is often running under 50W hence the lower than expected power draws.
you cheated, no cooling on the laser. Would have been better if it was solar charged so charging off mains kinda defeats the purpose.
Check out the segment. It was charged by the 100watt panel
My laser has integrated cooling and ventilation, it is all powered from one point. The power unit was charged entirely with solar which was mentioned a few times in the video.