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Joined 2 years ago
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Cake day: June 24th, 2023

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  • Earlier this year I built something similar, although with more space for hard drives:

    I used the following components:

    Mainboard Topton N100 (AliExpress) This is actually a BKHD 1264 NAS 136,69 €
    RAM 16 GB Crucial DDR5-4800 (Mindfactory) 40,78 €
    Case Jonsbo N2 (???) 138,83 €
    PSU 300 W bequiet SFX Power 3 (Mindfactory) 50,39 €
    M.2 system drives 2 X 128 GB Patriot P.300 (Mindfactory) 25,78 €
    392,47 €

    For storage I bought used 4 TB drives from ebay for around 40 € each.

    Now the system is running 5 x 4 TB in RAID 6 as well as a 256 SATA SSD I had laying around as cache.

    The system is using 25 Watts in idle with those 5 HDDs, 1 SATA SSD and 2 M.2 SSDs.

    It’s a bit more you’ve been asking for but this option would offer you more expandability down there road.




  • Oh lol I totally misread that. 🤣

    Of course you’re correct: persistence is key and much more important than consistency (as in: perfectly nail every dodge, which is my problem).

    Like many others already said: Probably the best take is to “understand” that dying is not failure but part of the progression system. But instead of grinding experience points to progress your character (which is totally possible in dark souls) you grind real experience by repeating difficult parts over and over again and progress as a player.

    It’s actually extremely clever game design.














  • Because none of those (except hydro and geothermal, but those are both extremely location dependent) will deal with the baseload power generation we need.

    Is this the problem though? I mean: The sun is shining somewhere at all times and the wind is blowing somewhere at all times. Energy is being produced. The problem is either storing it (okay, batteries are expensive, I get it) or better: distributing it.

    In Germany we have the problem that we are producing a surplus of wind energy in the north but currently we are not able to distribute the energy into the south of Germany which results in needing gas power plants in the south while at the same time shutting down wind generators in the north. This is obviously bad.

    Upgrading our grid would solve this problem and would vastly reduce our need for gas energy. This is costly but is far from impossible.


    1. The total volume of all nuclear waste ever produced by the entire globe is one of the smallest and easiest to manage compared to other forms, filling up less than a football field.

    I didn’t fact check all of you points, but this at least is utter nonsense. In Germany alone we currently have 130.000 m³ of nuclear waste that are stored in temporary storages. We haven’t found a permanent storage yet. 130.000 m³ is equivalent to a 360 m x 360 m square assuming it’s a meter in height. This is certainly more than a football field and this is Germany only.

    We estimate that we have about 300.000 m³ nuclear waste until 2080 because of the ongoing deconstruction of old nuclear power plants… And still we have no idea how to store the waste savely and permanently.

    Source in German: https://www.bge.de/de/abfaelle/aktueller-bestand/