Device That Would Be Useful on Dune

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SUMMARY

Researchers from Berkeley and MIT have developed a solar-powered device capable of extracting water from low humidity desert air, making it suitable for arid environments like Dune. Despite its innovative design, the device employs an inefficient thermoelectric cooler, raising concerns about its energy consumption and practicality for widespread use. The principle of moisture concentration through nighttime absorption and daytime release is valid, yet the device's intermittent output limits its feasibility for continuous applications. Overall, while the technology shows promise, its current implementation requires significant improvements for large-scale deployment.

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Researchers from Berkeley and MIT have made a clever solar powered device that can extract water from low humidity desert air.

Good for arid places, like Dune!
 
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If we are anyway talking fictional planets I want to point out that Luke Skywalker spent his childhood as a moisture farmer on Tatooine.
 
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Orodruin said:
If we are anyway talking fictional planets I want to point out that Luke Skywalker spent his childhood as a moisture farmer on Tatooine.
And later marketed the "Aunt Varoo Weight Loss Program" on late night TV.
 
BillTre said:
Researchers from Berkeley and MIT have made a clever solar powered device that can extract water from low humidity desert air.

Good for arid places, like Dune!
The marketing spin annoys me here. They put the words "solar powered" on it as a way to solve the high energy use problem by pretending it doesn't exist and then use an extremely inefficient thermoelectric cooler as the condenser.

The principle of concentrating the moisture by absorbing it at night and releasing it during the day is sound, but any Boy Scout can do it with a tarp and a shovel. In both cases, it'll keep you alive in an emergency, but the lack of continuous output makes it infeasible for widescale use.
 
russ_watters said:
The marketing spin annoys me here. They put the words "solar powered" on it as a way to solve the high energy use problem by pretending it doesn't exist and then use an extremely inefficient thermoelectric cooler as the condenser.

The principle of concentrating the moisture by absorbing it at night and releasing it during the day is sound, but any Boy Scout can do it with a tarp and a shovel. In both cases, it'll keep you alive in an emergency, but the lack of continuous output makes it infeasible for widescale use.

A few questions for you as an aside to this article. As a mechanical engineer (and hence someone who has thought about the technology behind solar power, I presume):

1. How familiar are you with the latest technological developments with respect to solar power?

2. What do you see is the primary technical challenges with solar power?

3. In your opinion, what do you think are the prospects of expanding the use of solar power at a more industrial scale?
 

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