The given diagrams above represent the process for a wave-energy machine and its place.
Firstly, it can be seen that due to wave direction water rises up. Secondly, when the water achieves an aim level there will occur an air flow. There is a circulation of air in electricity generator. The air flow from down chamber outs from high exit and out one from up gets to another chamber. Then thanks to the air flowing from lower chamber the turbine starts to spin. Finally, when turbine is spinning the elecricity generation starts to work.
At the second picture it could observed the location options of wave-energy machnes. It is clearly demonstrates that small waves with low output produce smaller wave energy than large one with high output. In conclusion. it should be mentioned that costs of two machines, as it has predicted are different. Consequently hugest one is more exspensive than tiniest one. 
The  
given
 diagrams above represent the process for a wave-energy machine and its place. 
Firstly
, it can be  
seen
 that due to wave direction water rises up.  
Secondly
, when the water achieves an aim level there will occur an  
air
 flow. There is a circulation of  
air
 in electricity generator. The  
air
 flow from down chamber outs from high exit and out one from up  
gets
 to another chamber. Then thanks to the  
air
 flowing from lower chamber the turbine  
starts
 to spin.  
Finally
, when turbine is spinning the  
elecricity
 generation  
starts
 to work.
At the second picture it could  
observed
 the location options of wave-energy  
machnes
. It is  
clearly
 demonstrates that  
small
 waves with low output produce smaller wave energy than large one with high output.  
In conclusion
.  
it
 should  
be mentioned
 that costs of two machines, as it has predicted are  
different
.  
Consequently
  hugest
 one is more  
exspensive
 than  
tiniest
 one.