Hydrogen made from atmospheric water
at the kytoon for maintaining long-term buoyancy?
for recharging buoyancy of kytoon
that remains a working element in an energy kite system
This is an open discussion-collaborative article.
Your notes will be appended to this article.
Notes@EnergyKiteSystems.net
| Some questions brought forward so far:
Q1. At 7,000 ft ASL how would atmospheric water be collected? Q2. How to use the sun's radiation at the kytoon to split water and capture the hydrogen gas? Sun to give electricity to split the water? Sun to give electricity to give refrigeration to condense water from air? We only need enough water to supply enough hydrogen to replace leaked hydrogen. Q3. How to feed the made hydrogen into the kytoon bladders? Q4. Sensors and controllers for the hydrogen-making-using system at the kytoon? Q5. Kytoon leak rates compared to hydrogen-make rate? Q6. What has already been done toward these targets? Q7. What are the world records for keeping a kytoon flying? Q8. Lowering kytoon's gas leak rate with advanced nanotech materials will lower the mass needed for the hydrogen plant onboard the kytoon. Q9. What is the state of the arts for low leak rate bladders holding hydrogen gas? Q10.
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Teasing notes:
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