Forum Discussion
ctilsie242
Dec 18, 2017Explorer II
I recall seeing a battery that did actually use Li-air as its battery chemistry a few years back... but I wonder if the research didn't pan out. If done right, it would mean the battery only would need 1/2 to 1/3 the mass for electrolyte as a sealed system.
I do hope for better hybrid systems and infrastructure. As it stands right now, it takes me 5-10 minutes to fill up my vehicle's tank. A charging system may take hours, even at 440VAC, and enough amps to light up an army of Frankenstein's monsters, to get near 95-100 percent SoC.
I wonder if the answer would be a "renewable" fuel, like Audi's synthetic diesel, propane, or perhaps ethanol. At the power plant, put energy to suck CO2 from the air and process it into a liquid, use that liquid at the fuel pumps. This is what people envision with hydrogen, but H2 is too expensive to store to be useful, while an alcohol like ethanol or a fuel like propane is relatively safe and idiot resistant.
I do hope for better hybrid systems and infrastructure. As it stands right now, it takes me 5-10 minutes to fill up my vehicle's tank. A charging system may take hours, even at 440VAC, and enough amps to light up an army of Frankenstein's monsters, to get near 95-100 percent SoC.
I wonder if the answer would be a "renewable" fuel, like Audi's synthetic diesel, propane, or perhaps ethanol. At the power plant, put energy to suck CO2 from the air and process it into a liquid, use that liquid at the fuel pumps. This is what people envision with hydrogen, but H2 is too expensive to store to be useful, while an alcohol like ethanol or a fuel like propane is relatively safe and idiot resistant.
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