- Location
- Ekaterinburg, Russia
I haven't seen evidence to expect this; I was figuring on 300 Progress/die for +16 Energy remaining the baseline.
It is mostly conjecture Simon.[ ] Continuous Cycle Fusion Plants (Phase 1)
First wave continuous cycle fusion plants are still somewhat under development. However, they are ready enough for mass roll out, with only a few kinks in the connection systems remaining before they can be linked to the grid as a whole.
(Progress 372/350: 20 Resources per Die) (+16 Energy) (High Priority)
The fusion plants came online early in the first quarter of Seo's administration, and are a significant step forward. While not yet a military technology, fusion reactors like these have two clear design legacies that they are likely to leave. First is increasing miniaturization. The Navy has already begun noting their interest in attempting to build a fusion reactor that can fit on at least its fleet of Mountain class battleships, and Atlantis class aircraft carriers, if not the Governor class of cruisers or smaller. The higher energy density, and greater safety margins would allow significant resources towards greater allocations of energy weapons, sensors, and drive systems. Beyond that, the other branches want smaller reactors for more prosaic needs. Any of the current CCF plants are simply too large for all but the most permanent military bases, and for those, they are too centralized, and not resistant enough to strike operations. A smaller fusion reactor would provide for substantial benefits to a wide range of military operations elsewhere. The second legacy is more civil, and is primarily about making the systems cheaper. The current iteration is intentionally overbuilt and overengineered, with a more than paranoid set of safety features. Stripping down towards something a bit more reasonable will reduce the overall cost of the plants noticeably, especially when combined with greater standardization of parts, and future generations are likely to also be somewhat more reliable, and have greater availability, further reducing the costs of supplying energy to the many problems that
Please note the high emphasis on miniaturization and simplification of Fusion power plants in the update flavor text.
From past experience QM has limited Fusion projects to a Phase or two, before switching over to a new and better model of Fusion power plants. From peakers, to staggered cycle peakers, to continuous fusion power plants (this phase). It may not be the end.
From experience with tidal power plants, as the largest and more energy intensive projects are completed, what remains is smaller scale phases. Presumably not coincidentally it lines up with the desired direction the development of Fusion is to take.
So I expect smaller simpler Fusion plants to have halved progress and energy output, if we transition to them.
Counterpoint, I did do that. Both Infrastructure and Military are the picks I expect to take a lot of our attention, so I am effectively releasing free dice from those directions by voting them in the Graduates option. Additionally I keep in mind the dice reallocation where we will transfer a die from Services to Orbitals anyway. Furthermore, I keep Philadelphia payoffs in mind.The track record hardly matters; we have huge Orbital commitments this Plan, so we're going to HAVE to spend Orbital dice aggressively. In the First Plan we largely ignored Orbital because we just didn't have the money. In the Second we did a lot more with it. This time there's gonna be more.
We need to predict what we will spend on, not just what we have spent on.
We will have a minimum of 5 Orbital Dice by the end of 2060, with 7 Free dice, 8 Military dice and 7 Infrastructure dice, if all goes according to my plan. That is a lot of Orbital Dice we can potentially activate with two other hotspots covered.