Why would you need to keep it stationary?
A normal windmill is turned by an air stream but it
That still doesn't answer my question.Originally posted by drag
Greetings !
A normal windmill is turned by an air stream but it
is also pushed by the airstream. If you want to do the
same in space (very ineffective in most cases, btw)
then there'll be nothing to keep this "sunmill" in place.
Good point; I lost track of the original question.
Actually that would work. If you put it in an
A windmill in space uses the kinetic energy of high-speed particles in the solar wind to rotate its blades, which then generates electricity through a generator. This is similar to how a traditional wind turbine on Earth uses the wind to generate power.
A windmill in space can generate power 24/7, whereas traditional solar panels are only effective during daylight hours. Additionally, the solar wind has a higher energy density compared to sunlight, meaning a windmill in space can generate more power in a smaller area.
The power output of a windmill in space will vary depending on the speed and density of the solar wind. As the solar wind is not constant, the power output will also fluctuate. However, advanced control systems can adjust the angle and speed of the blades to optimize power generation even during fluctuations.
Yes, the solar wind can cause damage to a windmill in space if it is not properly designed and protected. The high-speed particles in the solar wind can erode and degrade the materials over time. This is why careful consideration and testing must be done to ensure the windmill can withstand the harsh conditions of space.
A windmill in space could potentially be used to power space stations, satellites, and other spacecraft. It could also be used for long-distance power transmission to Earth or to other planets. Additionally, it could be used to power future space exploration missions by providing a sustainable and renewable source of energy.