 POWER SYSTEMS |
 NEWS  EVENTS |
 BOOKS  BLOG |
 UNIVERSITIES  NIKOLA TESLA |
 LINKS  CONTACT |
 |
POWER SYSTEMS |
 |
| NEWS -
Search: "solar"
Nov 12, 2026 - AI Data Centers in Space: The Catch Behind “Free” Power Nov 9, 2026 - Serbia`s solar expansion gains pace with Chinese panels and inverters Nov 7, 2026 - Solar power above, fish farming below Oct 28, 2026 - How France saved Britain from a Blackout Oct 28, 2026 - The Perfect Ratio of Wind to Solar (US vs UK) Oct 28, 2026 - This Battery Made of Steel and Concrete is Breaking Records! Oct 23, 2026 - Can Australia Double Its Wind Power by 2040? NEXT >> Showing 1 to 7 from 462 search results |
Nov 12, 2026 - AI Data Centers in Space: The Catch Behind “Free” Power AI data centers in space promise abundant solar energy. But keeping their chips cool is much harder than it sounds. This documentary follows the engineering from sunlight to useful computing: solar arrays, orbital placement, batteries, radiators, laser links, launch costs, and reliability. We look at Google`s Project Suncatcher experiments and explain the gap between answering a prompt in orbit and operating a commercial data center continuously. How much panel area could a one-megawatt load need? What happens in Earth`s shadow? And where does all the heat go? Clearly labeled hypothetical calculations make the tradeoffs tangible without treating a concept as a finished product. CHAPTERS 00:00 The cooling paradox 00:53 What has actually flown 01:41 How much solar power? 02:42 Choosing the right orbit 03:32 The battery problem 04:25 Why vacuum changes cooling 05:20 How big must radiators be? 06:16 The launch-cost calculation 07:08 The networking bottleneck 08:15 Five questions to ask 08:50 The test that matters next Would orbital computing make more sense for processing satellite images, or for training giant AI models? Tell us which engineering hurdle you think matters most. |
Similar news:
Oct 22, 2026 China`s Solar Now Beats Coal. Here`s How It Happened |
