Professional Permanent Magnet Synchronous Generator/axial Flow/Vertical Wind Driven Generator

Product Details

Permanent  magnet generator  Single shaft generator

Technical parameters

Rated power

Starting torque force

Rated torque force

Rated speed

Magnetic pole

Magnet thickness

Motor weight KG

Motor size mm

Protection grade

Magnetic steel material

100W

0.3

1.4

600

12

13*17

3

65*150*125

IP54

38SH neodymium iron boron

200W

0.35

3

600

12

13*17

3.2

65*150*125

IP54

38SH neodymium iron boron

300W

0.5

4.5

600

12

13*17

3.5

65*150*125

IP54

38SH neodymium iron boron

400W

0.75

6.5

600

12

20*30

6.5

120*180*174

IP54

38SH neodymium iron boron

500W

1.25

7.5

600

12

20*30

7.5

120*180*174

IP54

38SH neodymium iron boron

600W

1.3

9

600

12

20*20

7.5

120*180*180

IP54

38SH neodymium iron boron

700W

1.3

10.5

600

12

30*30

7.5

120*180*180

IP54

38SH neodymium iron boron

800W

1.4

6.5

750

12

30*30

8

120*180*180

IP54

38SH neodymium iron boron

The Professional Permanent Magnet Synchronous Generator/axial Flow/Vertical Wind Driven Generator is a synchronous motor that generates a synchronous rotating magnetic field by permanent magnet excitation. The permanent magnet acts as a rotor to generate a rotating magnetic field. The three-phase stator winding passes through the armature reaction under the action of a rotating magnetic field to induce a three-phase symmetrical current.

At this time, the kinetic energy of the rotor is converted into electric energy, and the permanent magnet synchronous motor is used as a generator. In addition, when the stator side is connected to the three-phase symmetrical current, since the three-phase stator differs by 120 in the spatial position, the three-phase stator current is in space. The rotating magnetic field is generated, and the rotating magnetic field of the rotor is subjected to the action of the electromagnetic force. At this time, the electric energy is converted into kinetic energy, and the permanent magnet synchronous motor is used as a motor.

The permanent magnet synchronous motor can integrally mount the motor on the axle to form an integral direct drive system, that is, one axle is a drive unit, and one gearbox is omitted. The characteristics of permanent magnet synchronous motors are mainly as follows:

(1) Its own power efficiency and high power factor;

(2) The heat is small, so the motor cooling system has a simple structure, small volume and low noise;

(3) The system adopts a fully enclosed structure, no transmission gear wear, no transmission gear noise, no lubrication, no maintenance;

(4) The allowable overload current is large and the reliability is significantly improved;

(5) The whole transmission system is light in weight, and the unsprung weight is lighter than that of the conventional axle transmission, and the power per unit weight is large;

(6) Since there is no gear box, the bogie system can be freely designed: such as a soft bogie and a single-axle bogie, the train's dynamic performance is greatly improved.

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