Tech World 2 (1.1.4) MFE question

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coczero

New Member
Jul 29, 2019
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Hi, is it normal a MFE outputs ALWAYS 512 EU/t? Can it be restricted to lower pakets?
Also, its because of ic2 experimental that cables and machines dont get destroyed by too much eu right?
 

Shabazza

New Member
Jul 29, 2019
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1. Yes. An MFE in experimental outputs now "high voltage" which is 512 eu/t. If you need 128 EU packets, use the new "CESU" instead.
BatBox -> Low Voltage (32 EU/t)
CESU -> Medium Voltage (128 EU/t)
MFE -> High Voltage (512 EU/t)
MFSU -> Extreme Voltage (2048 EU/t)
Over-Extreme-Voltage (2048+ e.g. 8192 EU/t like the new EV-Transformer can handle.)

2. Yes. because the new energy system (which works different from the old) is not yet fully implemented the author deactivated explosions.
In the future, not just the biggest packet size through a cable or into/from a machine matters, but the sum of the packets of all power units in the same network.
So you can no longer connect 50 solar panels with one ultra-low-voltage cable. (50 x 1 EU/t = 50 EU/t > 32 EU/t)
You would need to split them to at least 2 of those cables so the sum of packet sizes per cable does not exceed 32 EU/t.
Same goes for machines.
You can no longer connect a HV machine (e.g. mass fab) together with other machines to a single HV cable.
Because additional machines would in sum exceed the limit of 512 EU/t of the cable.
So we have to use transformers more selectively to create kind of "power level segments" and always keep an eye on the energy passing through each cable if additional machines or power units get connected.
It's more like real electrical current now. Well "current" without voltage, actually... It's just still called this way. :rolleyes:
 
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namiasdf

New Member
Jul 29, 2019
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Giving IC3 users IC2 advice will end in disaster, especially with GT.

I will remember my place. Heh.
 

coczero

New Member
Jul 29, 2019
5
0
0
1. Yes. An MFE in experimental outputs now "high voltage" which is 512 eu/t. If you need 128 EU packets, use the new "CESU" instead.
BatBox -> Low Voltage (32 EU/t)
CESU -> Medium Voltage (128 EU/t)
MFE -> High Voltage (512 EU/t)
MFSU -> Extreme Voltage (2048 EU/t)
Over-Extreme-Voltage (2048+ e.g. 8192 EU/t like the new EV-Transformer can handle.)

2. Yes. because the new energy system (which works different from the old) is not yet fully implemented the author deactivated explosions.
In the future, not just the biggest packet size through a cable or into/from a machine matters, but the sum of the packets of all power units in the same network.
So you can no longer connect 50 solar panels with one ultra-low-voltage cable. (50 x 1 EU/t = 50 EU/t > 32 EU/t)
You would need to split them to at least 2 of those cables so the sum of packet sizes per cable does not exceed 32 EU/t.
Same goes for machines.
You can no longer connect a HV machine (e.g. mass fab) together with other machines to a single HV cable.
Because additional machines would in sum exceed the limit of 512 EU/t of the cable.
So we have to use transformers more selectively to create kind of "power level segments" and always keep an eye on the energy passing through each cable if additional machines or power units get connected.
It's more like real electrical current now. Well "current" without voltage, actually... It's just still called this way. :rolleyes:


Ahh alright, thanks for the information, very useful :)