Since you are powered by wind, it is obviously impossible and unrealistic to use wind power to drive a car motor and then use the motor to drive the rotor or coil to produce electricity. Because it is impossible for the engine to directly produce electricity, just like a car must rely on the engine to drive the generator to produce electricity.
It is possible to use a car generator. The car generator is usually connected to the engine via a pulley and belt to convert the mechanical energy produced by the engine into electrical energy. this method and use a pulley and straps to connect your generator to the wind output device. More specifically, you just need a belt of appropriate length. Simply connect the two together like a bicycle chain so they can spin together.
Ifyou want to increase the gear ratio, for example 1:2 (wind blades rotate once, generator rotates twice), you just need to add another belt and a pair of gears (teeth) with a large transmission ratio. Count one large and one small). For the connection method, please refer to the bicycle chain for two-person riding.
This is the simple principle of a wind turbine.
How to make a wind kinetic power generator
The difference between horizontal axis and vertical axis wind turbines lies in the following aspects:
1. Design method<. /p >
For the design of horizontal axis wind turbine blades, the theory of blade dynamics is commonly used. The main methods include Glauert method, Wilson method, etc. However, since the blade element theory ignores the flow interference between each blade element, and at the same time ignores the resistancestance of the airfoil when designing blades using blade element theory, this simplification inevitably leads to inaccuracy in the results. This simplification has little impact. on the design of the blade shape, but has a greater impact on the wind energy utilization rate of the wind wheel. At the same time, the interference between the blades of the wind wheel is also very strong, and the entire flow is very complex. It is impossible to obtain accurate results based on blade element theory alone.
The design of vertical-axis wind turbine blades was formerly based on the horizontal-axis design method and relied on blade element theory. Since the flow of vertical axis wind turbine is more complex than that of horizontal axis, it is a typical large separation unsteady flow and is not suitable for e-analysis.t to design using blade element theory. This is also an important reason for the vertical axis. The wind turbine has not been developed for a long time.
2. Wind power utilization rate
The wind power utilization rate of large horizontal axis wind turbines is mainly calculated by blade designers and is generally above 40%. As mentioned earlier, due to flaws in the design method itself, the accuracy of wind energy usage calculated in this way is highly questionable. Of course, wind turbines at wind power plants will plot wind power curves based on measured wind speed and power output. However, the wind speed at that time is the wind speed measured by the anemometer on the back of the wind wheel. as the speed and power of the incoming wind. The curve is too high and needs to be corrected. After application of thehe correction method, the wind energy utilization rate of the horizontal axis will be reduced by 30% to 50%. Regarding the wind energy utilization rate of small horizontal axis wind turbines, the China Aerodynamic Research and Development Center has conducted relevant wind tunnel experiments, and the measured utilization rate is between 23% and 29%. %.
3. Structural Characteristics
When the blades of the horizontal axis wind turbine rotate once, they are affected by the combined effects of the force of inertia and gravity. The direction of the inertial force changes at any time. , and the direction of the force of gravity changes at any time. The direction remains unchanged, the blade is therefore subjected to an alternating load, which is very detrimental to the fatigue resistance of the blade. In addition, horizontal axis generators are placed at an altitude of tens of meters, which brings a lot of inconvenience to the installation.lation, maintenance and inspection of generators.
The blades of the vertical axis wind turbine are much better stressed during rotation than those of the horizontal axis. Since the direction of the force of inertia and gravity always remains unchanged, the blades are subjected to a constant load. The fatigue life is longer than that of horizontal axis wind rotors. At the same time, the vertical axis generator can be placed under the wind wheel or on the ground for easy installation and maintenance.
4. Start-up wind speed
There is a consensus that the start-up performance of horizontal axis wind turbines is good. However, depending on the wind speed of small horizontal axis wind turbines driven. the China Aerodynamic Research and Development Center According to tunnel experiments, the starting wind speed is generally between 4-5m/s, and the maximum reached5.9 m/s. Such startup performance is obviously unsatisfactory. There is also an industry consensus that the starting performance of vertical axis wind turbines is poor, especially for Darrieus Ф-type wind turbines, which have no self-starting capability, which is also a reason which limits the application of the vertical wind turbine. axis wind turbines. However, for the Darrieus type H wind wheel, the conclusion is the opposite. According to the author's research, as long as the aerodynamic profile and installation angle are correctly selected, fairly good starting performance can be achieved. Judging from tunnel experiments, the starting wind speed of this Darrieus type H-shaped wind rotor only needs 2 m/s. , which is better than the horizontal axis wind turbine mentioned above.
Question 1: How to make a wind kinetic energy generator ins Minecraft Industry 2 Wind Kinetic Power Generator
Synthesis Method:
Iron Shaft* 2
Basic Mechanical Shell* 1
↓
Wind kinetic energy generator* 1
NEI can see the summary table
Question 2: How to use wind power generators in Minecraft Industry 2 to generate electricity? There are two types in Industry 2.
One of them is kinetic wind power generation. Another option is wind power.
The methods of use are presented in turn.
Producing wind kinetic energy requires the following two types of machines.
A height of 150 is recommended. This can maximize the power generation capacity of the carbon rotor. As shown below, listed in order.
Log in.
Simply put the rotor on.
Wind energy. Just prepare this.
Set it up and connect it.
That's it.
Note: Wind power generation is not recommended. 1. Low energy production. 2. It breaks easily and needs to be replaced, especially in rainy and stormy weather.
Of course, wind power generation is just the opposite. In rainy and stormy weather, the rotor can produce maximum power output, and the power output capacity of the carbon rotor is about 125. The only drawback is that all the materials are iron, and most of the People can't afford carbon rotors. Sometimes Luck 3 is better. A carbon rotor requires approximately 4 groups of 20 carbons.
Question 3: How to create a wind kinetic energy generator in Minecraft Industry 2? Wind kinetic energy generator mainly converts wind energy into kinetic energy. Kinetic energy generators can convertkinetic energy into electrical energy. After docking both machines, turn on the rotor. The iron rotor has 6 grids. The steel rotor is made up of 8 grids. The carbon rotor is made up of 10 grids. Wind turbine: generates electricity throughout the day, production 0 ~ 4EU/s. How to get maximum power: Climb to the upper limit, which is the highest place, and place the generator one space below the upper limit. Keep the generator's 9X9X7 range away from other blocks. Note: It is recommended to use the first type, which has a large power generation capacity. The second type is very easy to break.
Question 4: How to use wind kinetic energy generator in Minecraft Industry 2. I remember there are two things, one is kinetic energy and the other is kinetic energy. wind turbine used together. Otherwise, try to see if awind turbine can produce electricity. There must be a rotor inside, like a fan page. Then place the wind turbine at a higher location and place the rotor. If the rotor moves, it means it is spinning.
The higher the place, the faster it spins and the more electricity it emits.
Question 5: How to generate and use kinetic energy from wind to generate electricity in Minecraft Industry 2. The official wiki states that the maximum wind power is 160 The new kinetic energy of the wind depends on the fan blades you use. But be careful in this place. When the carbon fan blades cannot blow, you can only use carbon fan blades.
You can make a wind detector and go up into the sky to measure it.
But even though it is 16x floor, I remember that the tallest is actually 165 floors, and the wind will increaseter.
Each fan blade has an operating range. If it exceeds the bearing capacity of the fan blade, it will not work if the wind force is lower than the corresponding wind force. corresponding wind force, it will cause a double loss. But also think about periods of rain and storms. Other fan blades often lose twice as much at this height (the wind is too strong)
Question 6: How to produce and use the kinetic energy of the wind to produce electricity in Minecraft Industry 2 ic2 Yes The one after the update and the one before the update
The previous one was placed directly in the sky and just connected to the wires
More Later, a rotor and a kinetic power generator were required. Please Baidu for details
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Question 7: My world.World 1.7.2 Industry 2 Experimental version How high is the kinetic power generator?What wind turbine is usually placed? 50 points New wind power depends on the fan blades you use.
The official wiki says the windiest level is on the 160th floor, but I remember the highest level is actually on the 165th floor. But pay attention to this place, basically only carbon fan blades can be used. Other fan blades often experience a loss twice this height (too much wind).
You can make a wind detector and go up into the sky to measure it.
Each fan blade has an operating range. If the wind force is less than the corresponding wind force, it will not work. If the wind force is greater than the corresponding wind force, it will cause double loss.
However, even with a 16x layer, the carbon fan blades cannot blow. However,You should also consider that when it rains or there are thunderstorms, the wind force will increase and exceed the bearing capacity of the fan blades.
Question 8: How to produce electricity from wind energy? Tap to turn the page and connect the power generation engine
Question 9: How to make a kinetic energy generator in Minecraft Industry 2. Energy engine synthesis method kinetic energy Iron casing*. 6 + heat generator + electric motor + iron handle = kinetic energy generator
As the picture shows
As the name suggests, the kinetic energy generator uses kinetic energy to produce electricity. The amount of electricity generated depends on the input kinetic energy. The kinetic energy input port of the kinetic energy generator
p>The kinetic energy output port of the kinetic energy machine
Question 10: What metal and plastic wires are used for the wind kinetic energy generator in Minecraft?