C
ColdComfort
Guest
At some point your turbine is generating more power than your dynamo hatch can handle I believe.
That would make sense... But then why does nothing output with a higher voltage dynamo hatch? Does it need to be specifically the closest higher voltage?
EDIT: I read your post more closely:
A small Steel Turbine rotor should only output 105 EU/t in a Steam Turbine when properly supplied with steam.
The LV Dynamo Hatch will explode if it tries to output more than 32 EU/t. That's your second answer. As to the first one, since you verified that the dynamo hatch's buffer increased but the battery buffer's internal buffer did not, my first guess is that you had the input wire connected to the side of the buffer with the dot, as that is the output side of the buffer. Another guess, you didn't mention whether you put any batteries in the buffer - a buffer's input amperage is twice the number of chargeables inside it, so if the buffer has nothing in it, its input amperage is zero.
For some reason I naively thought that excess power would just be lost, like with literally every other multiblock output. (But, it's GT, why wouldn't there be a secret reason for something to explode?)
I had 2 lapotronic crystals in the battery buffer, and I checked like 100 times, both before and after, that it was connected to the non-dot side of the battery buffer. It was 100% definitely not. (But, those are both good suggestions nonetheless.)