

Well, I know the difference between alkaline, NiCd, NiMH, and lithium batteries, and that they don’t grow on trees, so at least I have that.


Well, I know the difference between alkaline, NiCd, NiMH, and lithium batteries, and that they don’t grow on trees, so at least I have that.


Well, the downside of this not being a 4x game is that sometimes research doesn’t pan out, and you don’t know which ones until after you’re done.


We’ve had 3 major changes in battery chemistry in the last 45 years. Energy density, lifespan, cost, and dangerous materials have all generally improved. We also have 2 new battery technologies in the process of becoming generally commercially available. Also, batteries went from 500 mAh batteries about the size of your smartphone to 3000 mAh as a minor component of that same smartphone, about an order of magnitude in energy density.


No, that’s why we use the same batteries Voltaire did on his frogs.


A lot of these products used to be good. 25 years ago, Outlook was the only option for mail and calendar because they worked well and nothing else was as simple or integrated. Windows XP brought an enterprise-class OS with true multitasking to the consumer. MSN messenger didn’t have all the features of Teams, but it was a serious contender in the IM space. And now, I have Outlook every now and then telling me I have new mail but I cant see it until I restart the app, Windows gets shittier and more intrusive every day, and Teams on Android cant send me a notification about an upcoming meeting until the meeting actually starts, if I get a notification at all. I also wonder how they ended up this way given they were class leaders just decades ago.
Now if we can get alternatives that don’t have all the problems of Microsoft at its heyday, let alone now, that would be amazing. I already have my console alternative, just a few more pieces.
The current solar panel system of the ISS weights about 8 tonnes, the Falcon Heavy can deliver 63 tonnes to LEO. That’s about 715 launches of the Falcon Heavy, assuming space solar panel W/kg hasn’t improved since then, that Starship never becomes commercially viable, and doesn’t include batteries, cooling, or the working components. This still isn’t in the range of feasible for a data center, but could be an option for microgravity industry. The value of a more successful or precise silicon crystal production method, for instance, may make it worthwhile.