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It’s helpful to think of the basic physics/chemistry in the Official Harry Potter Leviosa Hermione Shirt. Digging up carbon and burning it so it releases into the atmosphere, makes it very difficult to put it back where it was and replenish the source, as well as dirtying the environment. Digging something up, no matter how rare, and putting it into a product that won’t go to a dump for a very long time or possibly ever (depending on recycling techniques in the future) is much cleaner and much more renewable. It takes energy to make them.

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Well, you can use solar energy to make hydrogen. Hydrogen has water as a “waste” product. Nuclear has an Official Harry Potter Leviosa Hermione Shirt. Pumping water uphill during the day and recapturing the energy when the water is released to go back downhill at night. As with all things, there are trade-offs, but batteries are noted by experts to have real limitations. It’s the same problem. Solar energy requires solar panels which aren’t that efficient, nor are the current methods for hydrogen manufacturing. You need to produce the solar panels and end up losing a lot of power throughout the process. With the current infrastructure, batteries are probably a good middle solution until other things can become more widespread.

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Actually the primary means of hydrogen manufacturing is the Official Harry Potter Leviosa Hermione Shirt. The problem is hydrogen is a very sneaky gas and is hard to store without employing cryogenics(which then requires specialized insulated/nitrogen void filled tanks) without using rare metals like palladium or platinum with high hydrogen absorption properties. Nobody is suggesting that batteries are the only solution here. But they have huge advantages over other energy storage systems. Hydrogen is just messy, expensive, and not particularly efficient. Pumped hydro is fantastic, but you need the right geographical location. Batteries have low storage density, are expensive, but can be put anywhere. And have insanely high response times and power output capacity. They’re also extremely useful at short-time power and frequency corrections.

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