

The 3 strategies if not sharing electricity is overproduction in summer used to make/sell H2 from surplus, and backup energy in winter (can come from H2/ammonia), and throttling down usage on some winter days.
That first strategy (overproduction) is helped with any size wire for export/import. Southern US has less seasonal production variation than north, but the solar sizing formula is based on maximum summer production day. (datacenter + electrolysis gw * 24) / maximum sun hours. Very heavy electrolysis permits free power for one datacenter, and high power ROI for providing power to an equal 2nd datacenter. Reason is simply that electrolysis power sink costs $300/kw, while datacenter power sink is $50k/kw.
The trick is to go much huger than your suggestion. Massive batteries support either longer H2 electrolysis use in summer, or night/duck curve electricity delivery. Unilike utility hookups, transformer capacity, solar and batteries, with Chinese supply chain that can include domestic manufacturing is a quick/solved high capacity/quick development path. Solar, batteries, electrolysis can be deployed in 100s of mw per month that match gpu installations instead of a monolitic power plant.
Some models for Nebraska and Phoenix: https://lemmy.ca/post/63402719












Epstein’s Mossad role is also why we’re in a war with Iran. Netanyahu has video and other proof, and possibly the pee tape.