How can I evaluate the power produced by a WEC unit? (wave energy)

[CricK0es]

I'm currently researching if I could implement some wave energy into my small scale hypothetical project. I've identified some commercial models, namely Seabased and SINNPower, and I assumed that they would have approximate values of power output given wave period, height (among many other variables) available for viewing.

I understand that it's normally tested on a location by location basis, but if anyone has any experience in this sort of field, that would be fantastic. Simply to obtain initial estimates given data from proposed location.

 

[anorlunda]

That sounds like a project, not homework. I'm going to move it for you.

What do you mean by small scale? Most wave power projects are huge.

Edit: does it have to be electric power? You could denstrate the principle easier by pumping water uphill.

 

[anorlunda]

This is what I was thinking of. In the diagram below, the only thing the windmill does is to make the cylinder move up and down. The windmill could easily be replaced by wave action. It would make a neat DIY demonstration of wave power that you could build yourself.

 

[CricK0es]

Yeah it's Electric Power. The idea is that I want to see how efficient, both in price and performace, one can make a small research outpost on an Island far from mainland sources. Ie: Avoid diesel generators except for back-up.

Having done more research, I've concluded that wave energy hasn't matured enough yet. There are thousands of concepts but very few signs of commercialisation and so obtaining data is nigh on impossible and even a lot of detailed wave data for creating estimates of output based on efficiency is hard to get hold of without subscription; at least for the areas I'm looking at.

I really like the water pump design though xD If's definitely a great way to save energy! Thank you for your help