Posts by Shirolol

    Because the description of every single IC2E project reads

    "Currently the port is not completely done, some world save incompatible changes may happen, causing blocks or items to change or disappear."

    I tried the 1.18, which appears to be completely unplayable. I guess that's not too surprising, but how could I tell since the description is the same as for the 1.12?

    What is the most complete version and does it make sense to play it at this time?

    Please mention which version of IC2 you are using and also include screenshots of your setup if possible.

    And as shirolol mentioned, we doubt whether you needed to apply external heaters to the thermal centrifuge.

    To be fair I was always annoyed that Thermal Centrifuges do not have a heat input, but they simply didn't last I checked.

    Every EU packet loses some power per unit of distance traveled through a cable.

    In an MFSU that sends energy through a glass fiber cable this is not a problem, but if you have a huge number of solar panels connected via HV cables, you will not get any EU due to this.

    Wait does the Thermal centrifuge accept heat from heat generators now?

    It used to run entirely on EU and take ages to warm up.

    I assume you are not sending that power through very bad wiring?

    Because if you send 140EU/t from 7 batboxes through uninsulated HV cable, it only travels a few blocks before losing power completely.

    It's still new and I don't know anything about the Fabric ecosystem, I don't know any mods from there.

    But I heard from some mods devs,

    that Fabric may end up being superior to Forge in every way,

    especially compatibility between versions.

    Depending on circumstances, would IC2 for Fabric be something worth considering?

    According to my experiments you can send ANY amount of Steam through there if your pipes can handle it.

    But there is a limit to how much water can be condensed again and if your kinetic generator outputs IV+ voltage, something is going to explode.

    No, I understand fluid rectors. I built one that outputs 1kEU/t.

    Yeah, the fermenter powering is a bit of a flaw in my design, because if I only run a single block of the power plant, I get lazy and just use Electric Heaters, which, yeah, would mean I only get 608EU/t.

    I do that mostly because otherwise I would need a station just for the biogas and quite some extra space, which is a problem for just a single block, but if I put 4 in a square, I should be able to get 3kEU/t quite easily.

    But again, the space requirement and material cost of it is much lower than a comparable fluid reactor setup.

    Like I said the reactor would be SEVERAL TIMES more expensive to build, so unless you can get 40000HU/t with a MK1, it is impossible for fluid reactors to ever be worth it compared to a biogas plant.

    And I am pretty sure that my 26880HU/s reactor is about as powerful as it gets.

    The internal components and the heat exchangers just completely ruin fluid reactors with their resource costs.

    I wanted to get a better screenshot, but I couldn't locate the power plant in my testing world. lol So here is an old screenshot.

    Using Thermal ducts because pipes weren't a thing

    I have no idea how you came up with your numbers for the biogas setup, because they don't make any sense at all. 200 Semifluid generators would produce 3200EU/t, but that's not what I am using, I am using 32 Liquid fuel fireboxes, which produces 1024HU/t or 20480HU/s. 200 liquid fuel fireboxes would produce 128000HU/s.

    I am gonna do some maths now, but before that I can say that your design and its efficiency doesn't actually matter at all.

    You are using EU-mode reactors. I don't know if they are more efficient, but if they are, that just makes the implementation of fluid reactors even more worthless, because this would mean that Fluid reactors are completely outclassed by EU-reactors even though they were designed to be way more efficient.

    About space you have a point, that EU-mode reactors are very small, but you cannot build a fluid reactor that would be more efficient than a good biogas setup in both cost and size, which was my main point.