Atmospheric Vortex Engine
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Atmospheric Vortex Engine
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Re: Atmospheric Vortex Engine
#2Re: Atmospheric Vortex Engine
#3Re: Atmospheric Vortex Engine
#4This is really interesting. That said, it looks pretty straightforward to build; looks like there are no novel materials or equipment needed to make this happen, from my reading of it. Given that, why don't we have a full-scale prototype of this, at the very least? Is it just the money, or is there something non-trivial about this? I feel like I'm missing some reason why this is non-viable in practice.
If the wind was going faster than a couple miles per hour, they couldn't even turn their prototype on to run their tests. I think the biggest problem they're having with going big-picture with this is doing the due-diligence to prove it's not a tornado machine.
Re: Atmospheric Vortex Engine
#5http://en.wikipedia.org/wiki/Energy_tower_(downdraft) Downdraft tower seems similar. In theory could produce 400MW in a small area and solve our energy problems.
Re: Atmospheric Vortex Engine
#6http://en.wikipedia.org/wiki/Energy_tower_(downdraft) Downdraft tower seems similar. In theory could produce 400MW in a small area and solve our energy problems.
Re: Atmospheric Vortex Engine
#7This is really interesting. That said, it looks pretty straightforward to build; looks like there are no novel materials or equipment needed to make this happen, from my reading of it. Given that, why don't we have a full-scale prototype of this, at the very least? Is it just the money, or is there something non-trivial about this? I feel like I'm missing some reason why this is non-viable in practice.
I actually worked in the lab with Louis' team this past summer (completely unrelated projects.) If the wind was going faster than a couple miles per hour, they couldn't even turn their prototype on to run their tests. I think the biggest problem they're having with going big-picture with this is doing the due-diligence to prove it's not a tornado machine.
Re: Atmospheric Vortex Engine
#8Earlier quoted context omitted.
I actually worked in the lab with Louis' team this past summer (completely unrelated projects.) If the wind was going faster than a couple miles per hour, they couldn't even turn their prototype on to run their tests. I think the biggest problem they're having with going big-picture with this is doing the due-diligence to prove it's not a tornado machine.
Say more about "couldn't even turn [it] on"? Because it didn't work then (not a good sign)? Or because they, or somebody, thought the vortex would detach and go rogue?
Re: Atmospheric Vortex Engine
#9Earlier quoted context omitted.
Say more about "couldn't even turn [it] on"? Because it didn't work then (not a good sign)? Or because they, or somebody, thought the vortex would detach and go rogue?
It was less of an immediate safety concern and more a case of trying to limit the variables. They were only doing tests under ideal conditions, rather than testing in all conditions. I imagine the plan involves testing in all conditions eventually, but they need to fine-tune their equipment in ideal conditions to make sure they know what "good" and "bad" look like before potentially feeding some atmospheric action th…