I posted this over on my Blog, but this was just too good to not share with the class.
Because Liquiducts have powered output with a redstone signal, you can get an amazing throughput of 240 steam, capable of fueling 6 Commercial Steam Engines for a whopping 48 MJ/t!
There is no observable loss of steam at a distance of 100 blocks, so it's also more energy efficient to pipe steam over longer distances than it would be to produce MJ at a power plant and transfer it with conduits (although blockbreakers hooked up to item loaders and carts to transport energy cells would be 100% efficient as well, if a bit on the Rube Goldbergian side of things).
So, Liquiducts can output some six times the steam a golden waterproof pipe can manage, making it decidedly better for your large-scale steam needs.
Because Liquiducts have powered output with a redstone signal, you can get an amazing throughput of 240 steam, capable of fueling 6 Commercial Steam Engines for a whopping 48 MJ/t!
There is no observable loss of steam at a distance of 100 blocks, so it's also more energy efficient to pipe steam over longer distances than it would be to produce MJ at a power plant and transfer it with conduits (although blockbreakers hooked up to item loaders and carts to transport energy cells would be 100% efficient as well, if a bit on the Rube Goldbergian side of things).
So, Liquiducts can output some six times the steam a golden waterproof pipe can manage, making it decidedly better for your large-scale steam needs.