So a few weeks back I was having an issue involving big reactors turbines. I cannot get my turbine to play nicely with my reactor.
My setup:
5x5 reactor with a single, centered fuel rod, 3 tall. Produces 1800mB/t Steam
2 extra utilities transfer nodes (liquids), and pipes transferring the steam to the turbine at 1000mB/t each (2000mB/t in total), I have the same setup transferring the same quantity of water from the turbine to the reactor
I have a pair of extra utilities transfer nodes (liquids) disconnected from the reactor, used only to fill the system initially
my turbine is a 7x7x16 turbine. It has a rotor consisting of 9 turbine rotor shafts, each with 8 blades on them (9x8=72, each blade handles 25mB/t steam, so 72x25= 1800mB/t, the same as the reactor's output). Finally, it has a coil consisting of 2 fluxed electrum blocks (handle 20mB/t each), and 32 enderium blocks (handle 55 mB/t each) ( (2x20)+(32x55) = 40 + 1760 = 1800mB/t, same as the reactor's output).
In theory, this means that it should be a closed system, in which the reactor produces 1800mB/t steam out of water, while the turbine simultaneously produces 1800mB/t water out of steam (along with power).
And now the problem... the turbine will not spin up any faster than 52RPM, and it takes AGONIZINGLY long even to get there! Anybody know what I might be doing wrong? What factors influence turbine speed?
My setup:
5x5 reactor with a single, centered fuel rod, 3 tall. Produces 1800mB/t Steam
2 extra utilities transfer nodes (liquids), and pipes transferring the steam to the turbine at 1000mB/t each (2000mB/t in total), I have the same setup transferring the same quantity of water from the turbine to the reactor
I have a pair of extra utilities transfer nodes (liquids) disconnected from the reactor, used only to fill the system initially
my turbine is a 7x7x16 turbine. It has a rotor consisting of 9 turbine rotor shafts, each with 8 blades on them (9x8=72, each blade handles 25mB/t steam, so 72x25= 1800mB/t, the same as the reactor's output). Finally, it has a coil consisting of 2 fluxed electrum blocks (handle 20mB/t each), and 32 enderium blocks (handle 55 mB/t each) ( (2x20)+(32x55) = 40 + 1760 = 1800mB/t, same as the reactor's output).
In theory, this means that it should be a closed system, in which the reactor produces 1800mB/t steam out of water, while the turbine simultaneously produces 1800mB/t water out of steam (along with power).
And now the problem... the turbine will not spin up any faster than 52RPM, and it takes AGONIZINGLY long even to get there! Anybody know what I might be doing wrong? What factors influence turbine speed?
Last edited: