Type YFF005 1.65MW Water-cooling Double-fed

Source: DateTime:2016-05-09

Type YFF005 1.65MW Water-cooling Double-fed Asynchronous Wind-driven Generator

Main technical features 

It adopts forced air cooling(IC666 or IC616)or water cooling(IC41W);

Installation method: IMB3, Protection grade: IP54, slip ring protection grade: IP23;

Rotor employs mature variable-frequency insulation structure, similar to the one of traction motor, with capability of anti-high-frequency harmonic impulse.

Insulation grade of stator/rotor:H/H;

It adopts insulated bearing system and earthing brush, to eliminate the effect of shaft current on life of bearing.

Stator winding is equipped with thermal resistance sensor, to monitor the temperature rise of stator winding in real-time;

Bearing is equipped with thermal resistance sensor, to monitor temperature rise of bearing in real time;

Service life of carbon brush is long, equipped with the function of automatically monitoring wear of carbon brush;

The required power of frequency converter is small, thus price of integrated generator is low; 

Adjustable range of power factor is wide, without power factor compensation device;

Range of rotating speed is wide. When paralleling in the grid, it has little impulse and interference on power network.

Distortion of output harmonics is small.

Main technical parameters

Rated power

1670KW

Rated efficiency

97%

Cooling method

IC41W

Rated voltage of stator/rotor

690V/443V

Rated current of stator/rotor

1167A/394A

Duty type

S1

Output frequency of stator

50Hz

Open-circuit voltage of rotor

2188V

Rated rotating speed

1800r/min

Connection method of stator/rotor

△/Y

Weight

6300KG

Protection degree of generator

IP54

Slip ring protection grade

IP23

Insulation grade

H

Range of operation rotating speed

1000~2000r/min

Environment temperature of operation

-30~40℃

Characteristic data:(Conditions of technical parameters:Line voltage 690V,line frequency 50Hz,power factor 1.0)

Rotating speed
r/min

Input torque
Nm

Total output power
kW

Stator power
kW

Rotor power
kW

Stator current
A

Rotor current
A

Efficiency

Rotor voltage
V

1150

2233.71

237.86

315.16

-77.3

263.71

141.96

88.42

523.99

1200

2411.2

271.69

343.93

-72.24

287.78

146.88

89.67

449.79

1300

2776.64

346.29

402.85

-56.56

337.08

157.65

91.61

301.3

1400

3178.55

433.79

467.19

-33.4

390.91

170.32

93.09

152.74

1500

3628.73

537.14

538.81

-1.67

450.84

185.3

94.23

5.21

1600

4100.23

653.36

613.55

39.81

513.38

201.71

95.1

144.9

1700

4606.13

786.13

694.1

92.03

580.78

220.08

95.87

293.96

1800

5310.47

964.84

804.04

160.8

672.77

246.02

96.39

443.24

1800

9108.97

1669.47

1393.98

275.48

1166.4

394

97.23

442.64

1850

9115.71

1718.43

1395.44

322.99

1167.62

394.38

97.31

518.1

1900

8212.4

1589.76

1255.93

333.83

1050.88

358.56

97.29

593.27

2000

6651.09

1354.66

1015.07

339.6

849.35

297.7

97.25

743.09