Combining 117 Turbines Into an Array of Power

Cheap 1 to 1.5 cent per KW Green Power at 269 Megawatts from this coastal array could be feasible in certain parts of world. This might work in Europe.
• Production of 300 to 350 ton per day of clean Zero Carbon NH3.
• Only available along the coast line and out of line of sight. Like an oil drilling rig, the coastal power array needs to be out of sight and out of mind.
• It would take about 800,000 yards of concrete in the footing to handle the tremendous forces of 150 mph hurricane force winds.
• Green Power, Grand Coulee Dam can produce 6,809 Megwatts at 3.3 cents per KW with 12 million cubic yards of Concrete.
• Will it compete with local built Green Play Ammonia?…Would the array design fit next to your farm and the Federal Interstate system?

Green Play Ammonia with the new silicon oxide electroylser 12 ton Zero Carbon NH3 per day with 3 windmills at 3.8 megwatt each per mill.
The Green Play Ammonia Plants are sited in a nested decagon design which is local within 15 to 30 miles of your crop production farm across the Great Plains at 1,250 locations by 2032.
Site specific to your needs with local employess and taxes paid in your county.
GJS.
 

We know that wind turbines are used as a form of alternative energy in some countries. However, the problem with wind turbines would be the installation and costs involved in them, but Norway’s Wind Catching Systems thinks that they might have figured it out with a 1,000 foot array of wind turbines.

As you can see in the image above, this 1,000 foot array of wind turbines is floating on the sea and consists of no less than 117 smaller turbines. According to WCS, they claim that his Windcatcher grid is capable of generating as much as five times more annual energy compared to the world’s biggest single turbines, while also being cheap enough to make it competitive with grid prices.

With the amount of energy it generates, it is estimated that it is capable of powering 80,000 homes each. The reason why it could be more affordable is because instead of using massive single components, the Windcatchers are made out of a combination of smaller components that are not only easier to work with, but are easier to setup and also easier to maintain.

WCS says that the Windcatcher system is good for 50 years of service versus the 30 years or so of a single large turbine.

The company does not mention when we can expect to see prototypes or where it will be initially installed, but it is an intriguing idea and could help the adoption of more sustainable forms of energy

This 1,000 Foot Wind Turbine Array Can Power 80,000 Homes
By Tyler Lee, on 06/08/2021 18:17 PDT
 

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