using concentric nestled conductors with the sea battery Prussian blue electrolyte and #graphene nanoflakes. kinetic energy of sea water ions is made into electric power #earth #battery
I've seen the first video but I am still unclear on how this battery works. Can you please explain in more detail more about the battery's chemistry and the role of the magnet.
The magnet has hematene nanoparticles. 60nm diameter. The electrical energy in the ocean hits the outside container and makes a charge difference to the inner one. The powder becomes an electrolyte and with the graphene amplifies and stores this energy.
@@peterlang777 so, with that being said. Is this flow a constant or does it increase/decrease because of environmental factors? Like how solar can be supplemented by wind when it’s not sunny and wind by wind when it’s not sunny. Is this scalable?
@@peterlang777 in theory, and in a closed environment, I could do this and scale it to be more efficient? Curious how many I would need to equal the output of solar panels. Is there a pdf or how-to somewhere I could read and try this for myself? I’m already growing hydroponics off grid and use magnesium sulphate (salt) so I’m curious if I could incorporate this into my hydro setup.
@GrowingForGood there is the effect of dual ship hulls creating electric power which is similar to this. you can see "cathodic protection of ships" to read about the effect
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Interesting does the salt in the sea water act as some sort of electrolyte?
@mnelson8246 the salinity difference between the inner and outer cans drives a current. similar to what happens in twin hull ships
Simple but Effective Thanks Prof..
I've seen the first video but I am still unclear on how this battery works. Can you please explain in more detail more about the battery's chemistry and the role of the magnet.
The magnet has hematene nanoparticles. 60nm diameter. The electrical energy in the ocean hits the outside container and makes a charge difference to the inner one. The powder becomes an electrolyte and with the graphene amplifies and stores this energy.
Like ship hulls (dual hulls) it can create electrical power 🔌 🔋 between the concentric electrodes
what can be powered from this ???? or is it just a demonstration of electrical power
@edwardmcdermott9948 anything can be powered by this you just scale it up or down. Cascatachuva in Portugal is making hygroelectric units now
Where is the high current?
What will this power? I’m electrically illiterate. Can you quantify how many of these it would take to power a smart phone charger?
4 of these would re power a phone battery
@@peterlang777 so, with that being said. Is this flow a constant or does it increase/decrease because of environmental factors?
Like how solar can be supplemented by wind when it’s not sunny and wind by wind when it’s not sunny.
Is this scalable?
@GrowingForGood it will vary with salinity, speed of water, GIC space weather conditions
@@peterlang777 in theory, and in a closed environment, I could do this and scale it to be more efficient? Curious how many I would need to equal the output of solar panels. Is there a pdf or how-to somewhere I could read and try this for myself? I’m already growing hydroponics off grid and use magnesium sulphate (salt) so I’m curious if I could incorporate this into my hydro setup.
@GrowingForGood there is the effect of dual ship hulls creating electric power which is similar to this. you can see "cathodic protection of ships" to read about the effect