How can I design a linear generator for a wave energy converter?

AI Thread Summary
Designing a synchronous permanent magnet (PM) linear generator for a wave energy converter involves understanding the relationship between the generator's parameters and its output. Key considerations include determining the number of slots, their dimensions, and the size of the magnets, which should be based on the required power and translator movement. The generator's design should aim for an output that approximates a three-phase system to simplify future power electronics integration. The design process may involve trial and error, but it is essential to relate these dimensions to the desired performance outputs. A thorough understanding of linear motors and their applications in wave energy conversion is crucial for successful design.
annalisemalta
Messages
10
Reaction score
0
Hi,

I am trying to design a Synchronous PM linear machine but do not know from where to start. The only known parameters are the required power and the maximum distance that the translator can move. Can anyone guide me on how to proceed please?

Thanks
Annalise
 
Physics news on Phys.org
annalisemalta said:
Hi,

I am trying to design a Synchronous PM linear machine but do not know from where to start. The only known parameters are the required power and the maximum distance that the translator can move. Can anyone guide me on how to proceed please?

Thanks
Annalise

Can you please give us the exact assignment statement? And what is a Synchronous PM linear machine?
 
We want to design a linear generator with magnets mounted on its translator.
A linear generator is "unrolled" version of the rotational one. Read more on wikipedia http://en.wikipedia.org/wiki/Linear_motor

This generator is going to be designed for a wave energy converter, thus the generator is excited by slow and irregular inputs. The idea is that the machine will later be connected to the grid however for my studies I am not going into the design of the power electronics as well but the more the output is closer to a 3 phase system the less complicated the power electronics will later be.

My problem is how do you determine for example the number of slots, their height and tickness, the height and length of the magnet... By trial and error or are they related to the required outputs?
 
Back
Top