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2067: First Major Metro Goes Off National Electric Grid

I’ve taken up tweeting from the future, example above, in addition to my usual political-writing-SciFi-whatevs antics @Tao23.

It keeps me thinking to turn out those tweets on a semi-regular basis. And the tweets can make a great nucleus for future SciFi News Network posts here, AKA my futurist “predictions.” Older posts are formatted to look kind of like actual articles from the future. I’m seeing more posts like this, where I let the Tweetmorrow tweet stand for the future story and then get to speculate and explain like I’m doing now. This is fun.

Predictions in quotes because who knows what monkeywrenches the future could throw into the works? Our pet Trumphole could yet start a nuclear war and derail everything…

Donald J. Trump on Twitter https   t.co P4vAanXvgm.png

Nothing like trying to provoke a nuclear war in a lame attempt to prove how macho you are, s–t for brains.

…but gee, we’d save his personal pet illusion of his machismo so win-win post-apocalyptic Mad Max hellhole, right?

rick-and-morty-gets-the-mad-max-treatment.png

50 years seems like a reasonable horizon for a major metro going off-grid and relying on locally generated renewables. Solar, wind, biogas, hydroelectric, geothermal, tidal, and more — there are a lot of options for a city to generate its own local power, and for residences and businesses to take themselves off even the local grid. Batteries like Tesla’s PowerPack (and the residential version, PowerWall) make 24/7 power availability practical even with variables like solar, and small local cooperative grids can increase that support — imagine a neighborhood grid with all the batteries and different forms of power generation contributing. Or a college campus grid. Lots of possibilities.

In the lead story of my Closer Than You Think collection, One More For The Road, the protagonist drives into an isolated, long-off-grid town on its own local grid, with nearly every home and business sending up one or more combo wind turbine and solar collector on a long mast, evoking a field of glittering flowers in her imagination. The masts are even retractable to avoid damage in strong winds and storms. They stand tall and slender in light breezes, short and stout in heavy blows, and fold themselves into protective housings during storms, dormant while the town runs on battery power.

Not too bad a vision, eh? Certainly, there will be advantages and disadvantages, ups and downs. A spell of very strange weather might leave residents rationing their power and sending out battery trucks to pick up spare power from the neighbors. But that seems not so much more trouble than the current system that leaves us in the dark if something damages the wires, transformers, or power stations, and releases more and more carbon dioxide into the air to further warp the already wobbly climate.

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