Solar Wind Power: Can We Collect & Store?

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Discussion Overview

The discussion revolves around the feasibility of collecting and storing energy from solar wind. Participants explore theoretical concepts, potential methods for energy harvesting, and the challenges associated with such an endeavor, particularly in relation to the solar wind's interaction with the atmosphere and the mechanics of energy transfer in space.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant questions whether there is enough power from solar wind to collect and store as energy.
  • Another participant clarifies that solar wind does not penetrate the atmosphere and suggests that a power plant would need to be tethered to the sun to utilize it effectively.
  • A different viewpoint considers the potential for energy collection if a power plant were positioned close to the sun, such as in orbit, but raises the question of how to return the energy to Earth.
  • Concerns are raised about confusing solar wind with solar radiation, emphasizing their distinct nature and the requirement for tethering to harvest solar wind energy.
  • One participant likens the challenge of energy generation from solar wind to a boat floating in a river, suggesting that without anchoring, energy generation would be ineffective.
  • Another participant expresses curiosity about the possibility of harvesting solar wind energy and proposes a thought experiment involving two plates and a magnetic field to create a voltage difference from charged particles.
  • The proposed method is compared to a Faraday Generator, indicating a conceptual link to established principles of electromagnetic induction.

Areas of Agreement / Disagreement

Participants express differing views on the practicality and methods of harvesting solar wind energy, with no consensus reached on the feasibility or effectiveness of proposed ideas.

Contextual Notes

The discussion includes assumptions about the behavior of solar wind and its interaction with various systems, as well as the technical challenges of energy transfer in space. Specific mathematical or physical principles are not fully resolved.

Who May Find This Useful

Individuals interested in space energy harvesting, renewable energy technologies, and theoretical physics may find the discussion relevant.

bassplayer142
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Is there enough power coming from solar wind to some how collect and store as energy.
 
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The solar wind does not penetrate the atmosphere and to use it outside the atmosphere, you'd need to tether your power plant to the sun.
 
It sounds to futuristic but would the solar wind supply enough energy if you had the power plant close enough to the sun. Maybe in orbit with it. How you would get the energy back is another question.
 
bassplayer, are you confusing solar radiation (i.e. light) with the solar wind? The two are quite distinct. If you truly mean the solar wind, then to harvest power you will have to be tethered to the sun as Russ stated. An object in orbit about the sun is not tethered to the sun.
 
An object in orbit with solar sails would spiral out of orbit - that's the point of solar wind propulsion and can be likened to trying to generate electricity with a boat in a river. If the boat isn't anchored, the propellers won't spin because the boat just floats along with the river.
 
I see what your saying. I'm just wondering if there is a way to harvest solar wind as energy.
 
I would think you could gather energy from it.
How about this method.. I am not saying it is a good one, just a thought experiment demonstrating the energy can easily be converted to electricity:
  • Place two plates a distance apart, angled so they are both edge on to the sun.
  • Particles flow past the two plates, consisting of both positve and negative ions.
  • Create a permenant magnetic field, angled so that positive ions are deflected to hit one plate, and negative ions are deflected to hit the second plate.
  • Draw off electrical current directly from the voltage difference of the two plates.
Come to think of it.. I think this idea is simply the Faraday Generator as mentioned on this link, which also has lots of other goodies.

http://en.wikipedia.org/wiki/MHD_generator
 
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