[ ] Microfusion Cell Development (Tech)
A micro-scale fusion cell, designed for personal scale high density energy needs, is of critical importance, especially with the advent of ever more power hungry personal systems, ranging from energy weapons, to personal tools for space construction. While it is almost certain to be Elerium-hungry, that is an unfortunate requirement for such systems.
(Progress 87/60: 20 resources per die) [48]
The difference between a microfusion cell and a plasma warhead is actually fairly limited – namely that rather than an intentional feedback loop, the energy is tapped off to feed something else, instead of heating the contents until they vaporize. Beyond that, it also needs integral shielding, because GDI has not yet found a properly safe, non-radiative means of producing fusion. While the elerium core certainly helps with this, it does tend to spit out high-energy particulates at times.
The first generation microfusion cell is about two meters long, making it only 'micro' in comparison to the full-scale generators. While the fuel and fusion cells are only about fifty centimeters long between them, the vast majority of the unit is the direct energy conversion system, using a series of electrostatic converters. Although the unit is an inconvenient size and shape for many things, it can provide a substantial amount of power pretty much anywhere in the Solar system, in a package significantly smaller than a standard issue fission or large scale fusion reactor.
"It is a shame that the Elerium cost of each unit is so high, because it means we can't reasonably allocate funds towards shrinking the supporting systems. I'm sure that with U-series alloys, shimmer shields and other enhancements, we could shrink the cells by at least 50%, maybe more. And the potential uses of such a small fusion reactor as a power pack for vehicles and forward bases are considerable! If we could use this technology in a Mammoth tank, we could save as much as twenty tons of weight by replacing dense uranium reactors with lightweight fusion!" - Lakshmi Kota, Researcher