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Home Use Small Wind Power Generator
  • Home Use Small Wind Power Generator
  • Home Use Small Wind Power Generator
  • Home Use Small Wind Power Generator
  • Home Use Small Wind Power Generator
  • Home Use Small Wind Power Generator
  • Home Use Small Wind Power Generator
Home Use Small Wind Power Generator

Home Use Small Wind Power Generator

ZIBO CREATION METALWARE CO.,LTD.
Jackie
Product Details

Home Use Small Wind Power Generator

keywords:Home Use Small Wind Power Generator




Home Use Small Wind Power Generator


ZIBO CREATION METALWARE CO.,LTD.

Home Use Small Wind Power Generator

Home Use Small Wind Power Generator

Home Use Small Wind Power Generator

Home Use Small Wind Power Generator

Home Use Small Wind Power Generator

 Home Use Small Wind Power Generator :


1. Suitable for thin wall parts, good surface roughness and small machining allowance

2. The material shall be strictly in accordance with national standards and shall not be returned to molten aluminum

3. Rich upstream and downstream supporting industrial chain resources

4.24 years of casting experience

 

Home Use Small Wind Power Generator Advantages:

1. Suitable for the production of thin-walled parts, good surface roughness,little processing margin

2. Material in strict accordance with national standards, do not use returned aluminum

3. Rich upstream and downstream supporting industrial chain resources

4.24 years of casting experience


 Home Use Small Wind Power Generator structure :

Home Use Small Wind Power Generator

Home Use Small Wind Power Generator


Cabin: Cabin contains the key equipment for wind turbines, including gearboxes and generators. Maintenance personnel can enter the cabin through the wind turbine tower. The left side of the cabin is the wind turbine rotor, rotor blades and shaft.


Rotor blades: catch the wind and deliver the wind to the rotor shaft. On modern 600-kilowatt wind turbines, each rotor blade measures about 20 meters in length and is designed to resemble an airplane's wing.


Axis: The rotor shaft is attached to the low speed shaft of the wind turbine.


Low speed shaft: The low speed shaft of the wind turbine connects the rotor shaft to the gearbox. On modern 600-kilowatt wind turbines, the rotor speed is quite slow, about 19 to 30 rpm. There is a conduit in the shaft for the hydraulic system to activate the aerodynamic brake.


Gearbox: The left side of the gearbox is the low speed shaft, which increases the speed of the high speed shaft to 50 times the low speed shaft.


High-speed shaft and its mechanical brake: High-speed shaft to 1500 rpm, and drive the generator. It is equipped with an emergency mechanical brake for failure of an aerodynamic brake or when the wind turbine is serviced.


Generator: This is commonly referred to as induction or asynchronous generator. On modern wind turbines, the maximum power output is usually 500 to 1500 kilowatts.


Yaw device: Turn the nacelle with the motor so that the rotor is facing the wind. The yaw device is operated by an electronic controller which can sense the wind direction through the vane. The graph shows wind turbine yaw. Often, when the wind changes direction, the wind turbine deflects only a few degrees at a time.


Electronic Controller: Contains a computer that continuously monitors the status of the wind turbine and controls the yaw. To prevent any malfunctions (ie overheating of the gearbox or generator), the controller automatically stops the rotation of the wind turbine and calls the wind turbine operator via the telephone modem.


Hydraulic system: An aerodynamic brake used to reset the wind turbine.


Cooling element: Includes a fan to cool the generator. In addition, it contains an oil cooling element to cool the oil in the gearbox. Some wind turbines have water-cooled generators.


Tower: The wind turbine tower contains the nacelle and rotor. The tower, which is usually tall, has the advantage since the higher the ground, the greater the wind speed. The height of a modern 600-kilowatt wind turbine is 40 to 60 meters. It can be a tubular tower, it can be a grid-shaped tower. Tubular towers are safer for service personnel because they can reach the top of the tower through internal ladders. The advantage of a lattice tower is that it is cheaper.


Anemometer and vane: used to measure wind speed and direction


Rudder: A common small wind turbine on horizontal axis (usually 10KW and below). Located behind the revolving body, connected with the revolving body. The main role of a fan to adjust the steering, the fan is the wind direction. The role of the second is in the case of wind conditions wind turbine head deviation from the wind direction, in order to achieve lower speed, fan protection role.


 Home Use Small Wind Power Generator principle



Is the wind energy into mechanical power machinery, also known as windmill. Broadly speaking, it is a kind of heat using the sun as a heat source to the atmosphere as the working medium of thermal energy utilization engine. Wind power uses natural energy. Diesel power generation is much better. However, if the emergency to use, then still not as good as diesel generators. Wind power can not be considered as backup power, but it can be used for a long time.


The principle of wind power is to use the wind to drive the blades of a windmill to rotate, and then to increase the speed of rotation through a gearbox to encourage the generator to generate electricity. According to the current windmill technology, it is about three meters per second breeze speed (the degree of the breeze), they can start generating electricity.


Wind power is creating an upsurge in the world because there is no fuel problem with wind power and no radiation or air pollution.


Wind power in Finland, Denmark and other countries is very popular; our country is also strongly advocated in the western region. Small wind power generation system is very efficient, but it is not only composed of a generator head, but a small system with a certain technological content: wind turbine + charger + digital inverter. Wind turbine from the nose, swivel, tail, leaves composition. Each part is important, each part of the function: the blade is used to accept the wind and through the head into electrical energy; tail blades so that the direction of the wind is always facing the wind to get the maximum wind energy; swivel head can make the flexible rotation to achieve Tail direction of the function of adjustment; nose of the rotor is a permanent magnet, stator winding magnetic field lines to generate electricity.


The wind turbine is unstable due to the air volume, so the output is 13 ~ 25V AC change, to be rectified by the charger, then charge the battery so that the electricity generated by the wind turbine into chemical energy. Then use a protection circuit of the inverter, the battery chemical energy into AC 220V mains, in order to ensure stable use.


Mechanical connection and power transmission horizontal axis fan blades through the gear box and its high-speed shaft and universal elastic coupling connected to the torque transmission to the generator shaft, the coupling should have good absorption damping and vibration The performance, to absorb the appropriate amount of radial, axial and angular offset, and the coupling can prevent the mechanical overload. The other is a direct drive fan blades are not directly connected with the motor through the gear box fan motor type




Product Brand:CREATION

Product Sum Count:No limit

Product Price:Looking forward your inquiry!

Product Package:discuss personally

Transportation:Sea Freight

Delivery Goods:make to order

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