Depending on what you're powering, the BatBox chains may or may not be sufficient, HV chains also work, keep in mind that the raw materials required grow exponentially with more advanced components. BatBox chains are recommended mainly due to their low cost.
Transform power upward downtransform at end and then transform upward again requires more batboxes but allows for larger energy packets to be transported over a single cable without loss
This is helpful when using a Nuclear reactor, as you can put one a safe distance from your house, and hide the cables and BatBox's, not losing any energy.
I was referring to the statement at the end about it being used for large amounts of power, which 32/t is not. Looking into it more, MV Transformers would be enough to transport 512/t if you just alternate them each one.
For transferring high voltage long distance you'd want to use a transformer to reduce the eu then use a transformer at the end to step it back up. EU travels in packets and each packet has a total number of EU in it. If the EU is greater than your machine can tolerate it will explode BUT if it's not bigger than the max EU it doesn't matter. If you want an analogy machines can handle infinite current (bunch of 32 EU packets per tick) but can only handle finite voltage ( X > 32 EU per packet)
Depending on what you're powering, the BatBox chains may or may not be sufficient, HV chains also work, keep in mind that the raw materials required grow exponentially with more advanced components. BatBox chains are recommended mainly due to their low cost.
Transform power upward downtransform at end and then transform upward again requires more batboxes but allows for larger energy packets to be transported over a single cable without loss
This is helpful when using a Nuclear reactor, as you can put one a safe distance from your house, and hide the cables and BatBox's, not losing any energy.
What does insulated wires do different?
THANK YOU BROOOOOO!!!!
I was referring to the statement at the end about it being used for large amounts of power, which 32/t is not. Looking into it more, MV Transformers would be enough to transport 512/t if you just alternate them each one.
If you're moving large amounts of power I don't see how a Batbox would be sufficient. Instead of crafting MFSUs however, would an HV chain also work?
For transferring high voltage long distance you'd want to use a transformer to reduce the eu then use a transformer at the end to step it back up. EU travels in packets and each packet has a total number of EU in it. If the EU is greater than your machine can tolerate it will explode BUT if it's not bigger than the max EU it doesn't matter. If you want an analogy machines can handle infinite current (bunch of 32 EU packets per tick) but can only handle finite voltage ( X > 32 EU per packet)
I think they fixed the loss to .20EU/block and in 5 cables it goes to 1EU loss
yay new video
Is this info still accurate?
yes
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