“Chicken pecking typers”

I nearly spat out my coffee.

Orange Catholic Bible from Dune.

LOL + LOL = hihi

707 + 707

That’s not all he lost.

rm -rf

I’ve made a decent NAS out of a Raspberry Pi 4. It used USB to SATA converters and old hard drives.

My setup has one 3Tb drive and two 1.5Tb drives. The 1.5Tb drives form a 3Tb drive using RAID and then combines with the 3Tb drive to make redundant storage.

Yes it’s inefficient AF but it’s good enough for full HD streaming so good enough for me.

I’m too stingy to buy better drives.

Play any MOBA with chat disabled.

If taxes were fair there would be no billionaires.

10 was obnoxious enough. 11 dialed it up to 11.

This is something straight out of Warhammer 40000.

Cortana got rampancy IRL.

“Talking fluently”. You get completely meaningless answers. Big walls of text without content.

AI is a hindrance, not a helper.

Hmm… I’m getting the urge to play league again. It’s annoying that linux doesn’t run it because of their ridiculous anticheat.

It is quite fun if you don’t take it too seriously.

There is mush room for improvement.

Hmmm my ding ding dong!

And if you want to play well you have to memorize the abilities of IIRC 180 champions and how they interact with each other.

It’s an extremely complicated game and apparently LoL is considered casual.

Daring today, aren’t we?

The idea of the battery pack is to provide energy for a household. The reason I’m considering such a large amount in series is that it would make an inverter much more efficient and easy to make. An EGS002 based circuit for example relies on a 400V DC, which I find very difficult to make out of lower voltages. Especially when high wattages are involved. There are no DC-DC converters commercially available with around 55V input (16s li-ion) and 400V output at 4KW. There are however commercial inverters available such as the Victron Multiplus II 48V that can deliver about 4000W of AC. This would suit my needs however I want to DIY as much as possible. I also have plans for a self made solar charge controller and possibly even a wind controller as extra modules next to the battery charging circuit and inverter.

Solving the issue of converting high power 55V to 400V DC would remove the need for a high-series battery pack as well.

Indeed blindly dumping the charge into a battery is not the intention. There will be additional circuitry to prevent cells from overheating and to limit the inrush current that they receive but the general idea is a capacitor that floats between 4.2V and Vcell.

Not only that, if I’m that crucial to a company my salary should get another zero.

Quack.