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Anonymous users2024-02-11Yes, but this is not so stable, the output voltage will change with the change of the wind, when the wind is strong, the voltage is high, the wind is small, the voltage is low, if the electrical appliances you use are not high in voltage requirements, it is OK, but the electrical appliances with high voltage requirements (like other computers), you can't, so if you still use it, it will damage the electrical appliances! You have to pay attention to this!!
Your addition: The premise of voltage and current stabilization is that your power supply must be large enough to achieve voltage stabilization! When the power of your wind power is not enough (the wind is small), you can't stabilize the voltage!!
The stability of the wind power generation power is not so continuous again!! Even if you add a voltage and current stabilizing device, the effect is still not satisfactory! The voltage and current stabilization of the intermediate link of the battery is the best, and you should not remove it!
It can be used when the wind power generation power is insufficient (wind hour), and the insufficient power can be temporarily provided by the battery!!
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Anonymous users2024-02-10The first is that it is basically difficult for you to make your wind turbine output a stable voltage, what do you use to get a stable voltage and current.
If you can get your wind turbine to output a stable voltage, your argument is viable.
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Anonymous users2024-02-09Yes, but your inverter must have the function of voltage stabilization, and the battery is not only used for storage, but also prevents the wind turbine from burning the inverter if the voltage is too high!!
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Anonymous users2024-02-08Basically, no. Because there are no such appliances.
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Anonymous users2024-02-07This will make the power supply unstable.
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Anonymous users2024-02-06The point is that your wind energy is so stable? Can that intensity be achieved?
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Anonymous users2024-02-05Wind turbines are converted into electrical energy through the rotation of wind power, and in the process of power generation, wind power will be continuously used to detect slag to generate electricity. Provides very clean energy.
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Anonymous users2024-02-04The whole process is to convert wind energy into electrical energy through a certain device, and then Lu Mengjian will heat it through the uneven knowledge of the sun on the earth, and generate energy through a wind-pressure turbine.
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Anonymous users2024-02-03The process of development is to generate electricity according to some wind energy and some electric power equipment, and will also use some energy in nature to generate electricity.
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Anonymous users2024-02-02Can a wind turbine turn to generate electricity when there is no wind? Wind turbine blades are able to rotate when there is no wind and are also powerful.
Hello dear, wind turbines cannot generate electricity without wind. There may be wind power associations, but Shen Shen belongs to non-governmental organizations. Wind turbine is a power equipment that converts wind energy into mechanical work, which drives the rotor to rotate and finally outputs alternating current.
Wind turbines are generally composed of wind turbines, generators (including devices), direction adjusters (tails), towers, speed limiting safety mechanisms and energy storage devices. The working principle of data dispersion in wind turbines is relatively simple.
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Anonymous users2024-02-01Can a wind turbine turn to generate electricity when there is no wind? Wind turbine blades are able to rotate when there is no wind and are also powerful.
Hello dear, the wind Qingchun bucket power generator can not rotate to generate electricity when there is no wind, just like the hydroelectric generator, there is no water to push the power generation. The above answers are for your reference, I hope to help you polish the answers.
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Anonymous users2024-01-312.Failure of wind turbines.
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Anonymous users2024-01-30The problem is too large to reply.
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Anonymous users2024-01-29Common faults are:1. There is an abnormal sound in this wax line.
2. Shake violently.
3. The speed regulation and direction adjustment are not effective.
4. The wind wheel is unbalanced, causing the wind turbine to swing back and forth slightly when it rotates, and the wind turbine makes a 'bang' or 'click' sound every time it rotates, especially at low speed.
5. The battery voltage is too high.
6. The battery cannot be charged and fully charged.
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Is the potential energy converted into electrical energy, most of the electrical energy is output, and a small part is supplied to the generator to generate magnetic energy. >>>More
OK. It is often assumed that the power of wind power is determined entirely by the power of the wind turbine, and that there is always a desire to buy a larger wind turbine, but this is not true. At present, wind turbines only charge batteries, and the batteries store the electric energy, and the amount of electricity that people ultimately use is more closely related to the size of the battery. >>>More
The basic principle of the design of wind turbines is that when the power that can be captured by the kinetic energy of the air is less than its rated power, the wind energy can be captured as efficiently as possible, but not beyond some constraints, such as its rated speed. When the kinetic energy of the air that can be captured is greater than its rated power, the capture of wind energy is actively reduced and maintained at the rated power. Friends who know more about it may know that the power curve is such a thing, as the wind speed gradually increases from cut-in speed (cut-in speed), the power curve of steady state can be basically divided into three dash lines: >>>More
1.The electricity emitted by the DC generator will have a certain ripple coefficient and be basically stable. >>>More