WInd Twind Twindliy Wind Fixtures
Wind Research developments
Why Failed:
Wind is a factor many people including the "technologists" from 1993 do not know about. Wind uses expensive materials such as pexiglass and air plane wings. It also uses the center to locate a wind. Although this is based on the fact about how people focus on eyes, it do not work. When people focus, they look at a place. Their views change as they look at different places. A vertical wind machine is in one place. They do not move and can only use some of the energy from the wind. The reason for "technologists" to quit is they use too much expensive materials, and they do not understand wind at all. If they understand, they can use the tornatoes, and the thermal updrafts to work. That is why I call them "technologists".
How to Succeed:
1. Gather data and make model.
i) make model of how normally a wind machine is
ii) Use fans to mimic a wind situation. Please use fans to mimic one wind, two winds with different directions and forces, ocean current winds, winds at different elevations, and the distrubance winds (distrubance winds is created when two turbines are close together. During this situation, a wind that people cannot control destroys the turbine. If people can mimic and use that wind to get energy of the place, then more energy will be made). For wind changing with directions, please try on the field and place.
iii)Test out the model. Notice the pattern in the wind.
iv) repeat steps i) to iii) when the wind machine design failed one or more of the mimicing winds for a machine that works in all conditions. Repeat when the machine breaks itself at the goal winds. Do not repeat if the machine pass the goal. For example, if a machine A suppose to use ocean currents to do stuff and it did not, repeat. If machine A is successful, then follow next step. Another example can be: If machine B is supposed to use all sorts of power and it failed one, then repeat. If it succeeded, then follow the next step.
v) record the successful machines into a data column. Compare and choose the best design based on the data. The table should look something like the following:
Type of machine | Put Name of machine and its type | Put Name of machine and its type|
Wind type | Put wind type here | Put wind type here |
Number of Vs | Put # of watts made by machine | Put # of watts made by machine |
The time took | Put seconds put made by machine | Put seconds put made by machine |
When data is recorded, draw a conclusion.
Ex. If vertical wind machine1 undergoes a mixed multiple wind at 120 Watts per second and machine2 undergoes a mixed multiple wind at 155 Watts per second, use the second one. If during machine one, you make it with a special tool called Kappa and for second tool, you make with special tool called Gualla, then use Gualla tool for next wind development. Conclusion: Gualla and the average wind machine will be better. common rate: Watts per second.
When the wind machine is made, consider the material and ideas involved in this wind machine. Use less materials and give more performance.
Choose: Just choose the one that fits in your power standards. Little powers for little demand and big power for big demand. Little is less Watts made and big is more Watts made.
Ex.1 If both generators generate 12 Ws of electricity, choose the one with less cost.
Ex.2 If one generator generates 155Ws and costs $122 while the other generates 50Ws and cost $50, look at your energy demand. To calculate: use the energy demand / watts of machine * cost of a machine. Then compare the two final answers. Buy the one with the lower answer.
||If the demand is 2000W, then answer for one is 2000/155*122=12.9*122=13*122=1586. The answer for two is 2000/50*50=2000. 1586 < 2000, so buy the 155Ws one.
||If the demand is 326Ws, then the answer for one is 326/155*122=2.1*122=3*122=366. The answer for two is 326/50*50=6.5*50=7*50=350 350 < 366, so buy the 50Ws one.
||If there are no rounding numbers, then just do not round.
Ex. 3 If generatorA is expensive and do not produce electricity comparing with the generatorB (Generator B is not expensive and makes a lot of electricity), buy generatorB.
2. Test on the type of land to confirm. Fix any mistakes or unsuccesful errors by repeat step 1. Let the prototype model work for a year before anything repeating step 1.
3. Set a scale of the generator and build that generator to size.
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Usage of Generators
People sometimes complain about land not giving them the need. The whole point is to use what the land is pronounced at. Wind for windy areas, small battering for watery areas and so on and so force. If you do not have wind, then do not use them.
Wind Spin Types
Economic|Moderate|Luxurious|
|Economic|
A kite like frame made of tough wood follow by feather like material with set base.
Better: All wood
|Moderate|
A wood with glass inside with concrete base
Better: Aluminum wings and biodegradable plastic base
|Luxurious/Luxury|
The expensive nowaday material with set bases
Better: Remove the plexiglass inside the wings.