Ray receiver planet using Moonchild's optimized 5400RR placement. I greatly reduced belt count and added an additional ILS.
Notes for the BP:
- You can remove the lower latitudes at will, the BP should continue to work regardless.
- The two ILS are "unpowered" and shouldn't be used for transport. 12 of the RR (at the pole) provide all power for the planet. You can reduce this number if you want.
- Proliferates the lenses (again perhaps) to ensure all lenses are fully proliferated
- Stacking the graviton lenses allows for faster charging of the planet, but it will buffer 4x as many lenses on the (long) belts (~140k lenses, next to ~140k lenses in sorters/RR). If you don't want that, reduce the ILS outgoing integration count. With stacking, the planet charges in about ~20 minutes
Shenanigans:
- Belt usage has been reduced by using 1.5 and 1.75 lengths everywhere
- The graviton lens belt dot at the RR's import is offset .33 to reduce belt dots per RR. This brings it down to 10 belts per RR at the lower "plumbing" level
- Used BPTweaks to set 3 photon slots per ILS. Allows for more vessels to grab photons