Actually I was mocking Arragonis' failure scenario. The correct solution is not creating and storing a large amount of electricity. It's creating a space with low energy requirements:
- Air moving in a toroidal motion in a hemispherical space
- At center top, a combination skylight/air vent/solar panel/vertical axis windmill
- All glazing layered solar electric, low-emissivity and photochromic from the outside in
- Electricity used for command and control, and heat pumps: not resistance heating
Beyond that I'm partial to a sea-steading semi-submersible made of
Biorock. Because I talked to the inventor when he was alive and because I just found out that if you leave the electrical charge on it attracts crabs and fish.
Quote:
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High levels of dissolved oxygen make it particularly attractive to marine organisms, particularly fin fish.
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So the outside and bottom would be a seafood trap.
Tidal power from an oscillating water column.
