Doc Brown Blacksmith Back To The Future Inspired Design shirt

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Couldn’t have said it better myself. The specific needs of pumped hydro also dictate it to have pretty massive space and cost requirements if you did theoretically want to create something artificially. It also has only middling energy efficiency due to losses in many places in the Doc Brown Blacksmith Back To The Future Inspired Design shirt But I will love this system, so it’s not worth terrain engineering something artificial if it’s not an existing natural feature you can utilize. I think some form of gravitational force will be what saves us. Water is the obvious early method, but just raising a weight that can be lowered at some point to produce energy, or indeed moving one body away from another to develop gravitational force that can be released as energy is probably how we’ll solve the battery problem. We’re either not thinking big enough, or maybe not small enough yet.

Doc Brown Blacksmith Back To The Future Inspired Design shirt, hoodie, tank top, sweater and long sleeve t-shirt

Only about one one-billionth of the Doc Brown Blacksmith Back To The Future Inspired Design shirt But I will love this sun’s energy actually reaches Earth. We could coat the entire planet in solar panels and still essentially not utilize the sun’s energy at all. While technically you’re correct, the point you’re making about us not utilizing it sufficiently seems kind of moot when you talk about it this way. It doesn’t matter how much energy the sun produces if we can’t practically harvest and store it for utilization. I don’t blame you for looking at this and feeling like this answer is obvious, but it’s a very complicated problem. This dramatically understates and misunderstands the problems with “energy” in this case. First off, in the case of electrical energy for space-based drilling and refining operations, most of the asteroids that are likely to be good choices for mining are quite a distance away from Earth, and much further from the Sun for that matter. At distances beyond Mars orbit, like where the asteroid belt lies, solar power is available in only a tiny fraction of the energy we receive here in Earth orbit. Our only other option is nuclear power, which is not only a lot of mass for the reactor itself, but it also would require many tons of radiators to keep from overheating. At the same time, most government agencies are not too keen on launching large amounts of highly radioactive materials on vehicles that have the tendency to explode, either on the ground or high in the atmosphere. We have ways to minimize this risk, or we can just send up A LOT of VERY BIG solar arrays to brute force the problem. That brings me to challenge 2 though, and the majority of the “energy” needed for such a proposition. Launching all of this material into orbit would take A LOT of rocket launches, which in turn is a huge energy investment in and of itself, especially since the tyrany of the rocket equation has us spending 99% of our mass and energy just to get 1% of that into orbit. Target a location further than Earth orbit, and the problem gets magnified dramatically. It’s insanely inefficient. This is to say nothing of the energy needed to get mined materials BACK to Earth, and intact. Finally, I’ve only just mentioned the “energy” issue in terms of electrical or chemical or kinetic energy. There’s also the fact that the fact that In-Situ Resource Utilization (space based resourcing) is in its infancy, and like many developing advanced technologies, suffers from a chicken and egg problem of “not much investment, because it’s not profitable, but it won’t become profitable unless it’s invested in.” NASA is practically a charity when it comes to developing or funding the development of technologies most companies won’t touch because “we can’t make money on it” so, thankfully, we are on the path to being able to do this. However, just the development of the technologies needed for an operation like this is, in its own way, a massive investment of energy. Part of that development is directly driving our return, and possible permanent settling of, the Moon. Even by generous time estimates, it’s going to be decades before we’re mining asteroids for materials available, even in short supply, on Earth.