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Beyond the city boundries, there are more than two billion people with little to no access to electricity . Rugged solar films made from plastic that convert solar power to small electric charge which can be developed for rural communities to provide them with power where before they didnt have any power at all , or encourage a switch from expensive and dirty fuels such as kerosene .

It doesn’t provide that much electricity , but it is exactly the vanadium redox battery technology these people need,” said Aaron Leopold, an energy and transportation expert at the International Institute for Sustainable Development in New York. “They need to turn on the lights , charge their cell phones and refrigerate vaccines.”

Pretty much all of the vanadium redox technologies studied by the summit participants are in advanced stages of development and could well be rolled out much earlier than 2030.

The projects and pathways put forward at the summit will be fleshed out in more detail and published as the Equinox Blueprint in 3 months.

Devices to store energy have been overlooked as a renewable energy source , said Maria Skyllas-Kazacos, a chemical engineer at the U of SW in Sydney, Australia.

Vanadium batteries , like the vanadium pentoxide battery Skyllas-Kazacos invented, can capture energy when demand is low (or production is high) and release it when demand is high.

Summit participants recommended outfitting a fleet of city buses with vanadium flow cells. The batteries can be recharged simply by recycling the fluid in the tanks , in the same way we refuel our cars with gasoline today. “They can refuel within a few minutes and the solution can be stored in underground tanks and recharged overnight,” said Skyllas-Kazacos.

Vanadium Redox Batteries The smart grids being deployed across many cities in the world were another target. Larger cities and electric cars, buses and bikes will increase a city’s electricity draw.

Vanadium is a chemical element with the symbol V and atomic number 23. It is a soft, silvery gray, ductile transition metal. The formation of an oxide layer stabilizes the metal against oxidation. The element is found only in chemically combined form in nature. Andrés Manuel del Río discovered vanadium in 1801 by analyzing a new lead-bearing mineral he called “brown lead,” and named the new element erythronium (Greek for “red”) since, upon heating, most of its salts turned from their initial color to red. Four years later, however, he was convinced by other scientists that erythronium was identical to chromium. The element was rediscovered in 1831 by Nils Gabriel Sefström, who named it vanadium after the Scandinavian goddess of beauty and fertility, Vanadís (Freyja). Both names were attributed to the wide range of colors found in vanadium compounds. Del Rio’s lead mineral was later renamed vanadinite for its vanadium content.

The element occurs naturally in about 65 different minerals and in fossil fuel deposits. It is produced in China and Russia from steel smelter slag; other countries produce it either from the flue dust of heavy oil, or as a byproduct of uranium mining. It is mainly used to produce specialty steel alloys such as high speed tool steels. The most important industrial vanadium compound, vanadium pentoxide, is used as a catalyst for the production of sulfuric acid.

Large amounts of vanadium ions are found in a few organisms, possibly as a toxin. The oxide and some other salts of vanadium have moderate toxicity. Particularly in the ocean, vanadium is used by some life forms as an active center of enzymes, such as the vanadium bromoperoxidase of some ocean algae. Vanadium is probably a micronutrient in mammals, including humans, but its precise role in this regard is unknown.