3057 and 3075.
thx PDFs?
Just a quick if random thought, but noted above that dimmer stars require longer recharge times
They would also plausibly require JS to drop down deeper into the gravity well, to make up for the lack of luminosity
So you're most likely to need to use your maximum station keeping drive thrust over such stars, whereas you wouldn't have to tax your torches over brighter stars, where you could reside far from the central star and still harvest lots of light
Just think the numbers work out that way, 1/10
th of G implicitly defines a minimum safe distance and a maximum harvestable luminosity, which might be meaningful?
Interestingly, all the BTU numbers do check out, your minimum safe distance in sol system is about 12M km = 0.08AU, whereat insulation is about 160x earth level
But over a minimum mass M9 star, the same thrust level translates to a minimum safe distance around 4M km, whereat total "bolometric" insolation is only around 1/6
th of earth's...
But that is about the insolation at every standard JP
Suggests JS are fitted with 0.1G drives to accommodate station keeping around the jump harbors of all IS systems, from M9 on up?