Space Elevator assembler modules T1/T2/T3. Parallels come from the module's built-in amperage — 4 / 16 / 64, adjustable down in the module GUI — and cost no extra power budget. Overclocks are imperfect (×4 power / ×2 speed) and gated by voltage tier only (setAmperageOC(false)). The parallel count is the factor to multiply your ME pattern inputs and outputs by.
Multiply every input and every output in your ME pattern by this. The module consumes and produces a full batch per craft; if the busses can only cover fewer recipe sets, it silently runs that many parallels instead.
How many parallels each module tier can actually sustain for a recipe of the given EU/t — parallels are capped by the module's amperage budget (V[module] × max parallels ÷ recipe EU/t) as well as its nominal 4/16/64. The number you must pattern for is the line height.
Outputs per minute as you raise the module's GUI parallel setting. Linear until the EU budget or the nominal cap bites — dialing it down below the cap only costs throughput, it never saves power per item.
How the Space Assembler computes this: each module is a Space Elevator project module with its own EU buffer, charged every 20 ticks from the elevator's buffer split evenly across connected modules; a module only connects when the elevator's motor tier meets its minimum (T1 → motor 1, T2 → motor 3, T3 → motor 5). Processing power is fixed by the module, not by hatches: setAvailableVoltage(V[moduleVoltageTier]) and setAvailableAmperage(maxParallels) — T1 = UHV × 4 A, T2 = UIV × 16 A, T3 = UXV × 64 A. Parallels = min(nominal max, GUI parallel setting), then capped by available EU/t ÷ recipe EU/t, then by available inputs — the last one is what usually bites. Overclocks are standard imperfect (×4 power / ×2 speed) with setAmperageOC(false), so the count is the voltage-tier difference tier(module V) − tier(recipe EU/t), not the amperage headroom; surplus past the 1-tick floor turns into extra sub-tick parallels (still capped by the EU budget). Recipes also require the matching Space Project to be built and researched at the right location, and module tier ≥ recipe module tier — the higher-tier modules unlock larger-batch variants of the same recipe rather than running the small one faster.