Where are the Linear Generators?

In summary, the linear generator concept has been intriguing to the speakers. Maserati has integrated them into shock absorbers, and others have used them to generate electricity from waves. However, there is limited information available on these generators, such as availability, specifications, and price. Some guidance on where to find more information would be appreciated. The only instance of a linear generator the speakers have seen is in "shake and charge" flashlights. It is not common to find off-the-shelf linear generators as they are usually customized for specific applications. One speaker asks for a company that produces them for specific applications, and the other mentions a rack and pinion ocean-wave-buoy generator as an example. A link to a PDF file with
  • #1
cgaday
58
0
I have been intigued by the linear generator concept. No one has really seemed to take this idea further. Maserati is integrating them into shock absorbers, and some have applied them to generate electricity from waves.

But where are these generators, can you buy them, or look at the specifications of efficiency, voltage output, etc? price?

some guidance would be appreciated.
 
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  • #2
Interesting. The only one I've seen are those "shake and charge" flashlights.
Wasn't aware the concept was used elsewise. Good find. Maybe others can comment.
 
  • #3
I wouldn't think there would be much of a market for off-the-shelf linear generators. It seems to me they would all be customized to the application.
 
  • #4
Would you happen to know a company which produces them for specific applications?
 
  • #5
Look at the rack and pinion ocean-wave-buoy generator on page 2 of (4.3 MB file)

http://www.libertyparkusafd.org/lp/BuildingGreenUSA/Ocean%20Power/Ocean%20Wave%20Energy.pdf

Bob S
 
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Related to Where are the Linear Generators?

1. Where are the Linear Generators located?

The exact location of Linear Generators can vary depending on the specific research project or experiment being conducted. However, they are commonly found in laboratory settings or at specialized research facilities.

2. How do Linear Generators work?

Linear Generators use electromagnetic induction to convert mechanical energy into electrical energy. They consist of a moving magnet and a stationary coil, and when the magnet moves relative to the coil, it creates a changing magnetic field which induces an electric current in the coil.

3. What are the applications of Linear Generators?

Linear Generators have a wide range of applications, including power generation, transportation (such as in trains and cars), and in renewable energy sources like wave and tidal energy converters.

4. What are the advantages of using Linear Generators?

One of the main advantages of Linear Generators is their high efficiency, as they can convert a large percentage of the mechanical energy into electrical energy. They also have a simple design and can be easily scaled up for larger power generation.

5. Can Linear Generators be used in space?

Yes, Linear Generators can be used in space as they do not require any external medium, such as air or water, to function. They have been used in satellites and space probes for power generation.

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