The machines in the document are just examples, I'll add more later on. The proposal is, at best, a rough draft, right now. Also, yes, the power requirements may be a little ridiculous: that's the point. Everything in the mod starts out pretty powerful, by default, and only gets better the further into it you get. The entry costs are high, but then again, so are the dividends.
Also, I've been thinking, and I believe I may have come up with a somewhat interesting tiering system, based upon a new machine: the Endrite Processor. It has two internal fluid buffers and one slot for solid inputs. It will only allow gelid cryotheum, blazing pyrotheum, water, lava, resonant ender, molten enderium, and molten electrum, and energized glowstone in for the processing, and even then, it'll only take in fluids that are right for the (selectable in-GUI) target material you wish to produce.
Tier One, Endrite: Endrite is a refined form of enderium. Its conductive properties have been improved and is ideal for making the entry-level machines and nanite clusters. Requires 100 mB of both molten enderium and molten electrum, as well as two redstone dust. Outputs 2 endrite dust, which can be smelted into ingots.
Tier Two, Refined Endrite: By processing raw endrite dust in the hellish heat of lava and then cooling it in a water bath, you get a tempered, more durable form of endrite, suitable for more advanced nanites and machinery. Requires 250 mB of both lava and water, as well as 2 endrite dust. Outputs 2 refined endrite dust, which can be smelted.
Tier Three, Imperiform: By mixing refined endrite dust with blazing pyrotheum and energized glowstone, you have discovered an altogether new material, imperiform, which is suitable for high-quality nanites and machinery. Requires 500 mB of both energized glowstone and blazing pyrotheum, as well as 2 refined endrite dust. Outputs 1 imperiform gel, which is immediately ready for use.
Tier Four, Superiform: Imperiform is lacking. The extradimensional qualities of the base enderium have been largely lost during processing, and must be replenished in a bath of resonant ender, and frozen into the gel to form the most amazing material known: superiform, which makes only the best nanites and machinery. Requires 1,000 mB of both gelid cryotheum and resonant ender, as well as 2 imperiform gel. Yields 1 superiform gel, which is immediately ready for use.
Each material would serve as the base for machinery and nanites of that particular tier. Without at least endrite, you can't begin to create anything else from this mod; the Nanite Forge requires several endrite components, as do all other Tier I machines. Only endrite is durable enough to handle the intense heat and pressure required to make even the most basic nanites, and its conductive qualities are rivaled only by the higher-tier materials. Entry into the mod also unlocks access (with the necessary materials) to even more powerful power storage and transmission options.
Endrite Flux Conduit: By crafting a piece of redstone energy conduit with 2 ingots (ingot-conduit-ingot, shaped recipe) of endrite, you have a powerful new tool in your power transmission arsenal. This conduit can carry up to 16,384 RF/t with zero losses.
Refined Endrite Flux Conduit: By crafting a piece of redstone energy conduit with 2 ingots of refined endrite, you have discovered something even better for transmitting power! Unlike its comparatively feeble cousin, this whopper can transmit up to 32,768 RF/t with no loss at all.
Imperiform Flux Conduit: You've decided to treat your refined endrite flux conduit with a ball of imperiform gel (shapeless), you've gone up another tier in your search for the ultimate power transmission solution. This conduit can carry up to a massive 65,536 RF/t!
Superiform Flux Conduit: You insane bastard. You treated your imperiform flux conduits with superiform gel?! Congratulations! You've completely broken the everything! This god-like cable seems to have absolutely no limit on how much power it can transfer! (True maximum is 2,147,483,647 RF/t, the maximum allowable by a Java int.)