Average Wind Farm Size & Energy Production

AI Thread Summary
The average size of wind farms varies significantly, typically ranging from 10 kW to 5 MW, with larger turbines often located offshore due to space and noise considerations. Offshore wind farms tend to utilize larger, single turbines, while onshore installations often consist of multiple smaller turbines arranged in arrays. Daily energy production can vary widely based on turbine size and wind conditions, but specific average Joules produced were not provided in the discussion. The conversation also touched on the relationship between the volume of air processed and the energy generated, suggesting a need for more clarity on how to quantify this in terms of weight. Overall, the inquiry seeks to establish average metrics for wind farm sizes and their energy output.
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Hi,
With all the wind farms being put into production recently, does anyone know what the average size generally is. I see they are generally between 10-kW to 5-MW, quite a difference, so I would think the large ones can only be used in certain places and need to be spaced apart more - but I could be wrong, and they might be trying to install bigger ones everywhere.
1/ What size do they generally use, and
2/ how many Joules do they produce per day (on average).
3/ How many pounds of air do they process to produce that energy.
Thanks
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Employed today are two kinds if I were to categorize them myself. There is the one-giant-huge-wind-generator, and there is the very-large-array-wind-generator. The one huge generators usually are out in the ocean somewhere off the coast of Spain, the Netherlands, or in the Gulf of Mexico. The very large arrays are a lot of smaller ones. They are probably a little bit taller than telephone poles? Both kinds are VERY loud.
 
It's the average sized one I'm trying to get the information on (?kW ?MW ?).
Maybe there is an average for offshore and an average for onshore.

1/ What size do they generally use, and
2/ how many Joules do they produce per day (on average).
3/ How many pounds of air do they process to produce that energy.

Yes, I know air is generally a volume, but I'm trying to relate it to a weight dropping in gravity.

There is a force of air pushing the blades that could be measured in ft lbs.

I suppose I'm trying to think of it / translate it as a column of air dropping through a blade (or a blade dropping thru a column of air), and how long the column of air is on an average day.

Maybe I'm not getting anywhere on this one, so back to the drawing board. :rolleyes:

I am interested in the averages (onshore / offshore), and the Joules, and the volume per day.

Thanks
 
I think it's easist first to watch a short vidio clip I find these videos very relaxing to watch .. I got to thinking is this being done in the most efficient way? The sand has to be suspended in the water to move it to the outlet ... The faster the water , the more turbulance and the sand stays suspended, so it seems to me the rule of thumb is the hose be aimed towards the outlet at all times .. Many times the workers hit the sand directly which will greatly reduce the water...
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