Oil immersed Power Transformer 110kV

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Product Description:

110kV Oil-immersed Power Transformers


1.    Introduction

Oil immersed power transformers designed and manufactured by us is based on advanced technologiesand rich experiences.  The products have been improved in the design, structureand processes, with good resistance to short circuit capacity, good mechanical properties, lower partial discharge, low noise, no leakage, beautiful appearance, easy maintenance etc.



2.   Service

Altitude: <1000M ( can be adjusted according to customer requirements)

Maximum environmental temperature: +40 ℃, Minimum environmental temperature: -40 ℃ (can be adjusted upon customer’s request)

Maximum wind speed: 36.2m / s

Relative humidity: 90%

Earthquake intensity: seismic acceleration (horizontal and vertical component take effectsame time)  transformer can withstand seismic forces of 8 Richter scale earthquake.

Contamination level:  3



3.    Standards

GB1094.1Power Transformer   General Regulation

GB1094.2Power Transformer   Temperature rise

GB1094.3Power Transformer   Insulation Levels andInsulation Tests

GB1094.5Power Transformers  Short-circuit Capacity

GB6451 Oil-immersed power transformerstechnical parameters and requirements




4.    Model Description






5.  Technical parameters for 110kVthree-phase power transformers


S9 type 630kVA-18000kVA no excitation Voltage-regulationthree-phase double-winding power transformer

Code

Capacity kVA

Voltage

combination

and Sub-connection range

Connection

Type

Symbol  

No

Load Loss

kW

Load Loss

kW

No

Load Current

%

Short

Circuit

impedance

%

Weight

kg

Dimension

mm

HV

kV %

LV kV

Body

Oil

Total

L

W

H

S9-6300/110

6300

110±2x2.5

121±2x2.5

6.3

6.6

10.5

11

YNd11

9.3

36

0.77

10.5

9680

4850

19500

4200

3300

4000

S9-8000/110

8000

11.2

45

0.77

10000

5690

22000

4580

3450

4230

S9-10000/110

10000

13.2

53

0.72

13450

6780

25000

4880

3750

4800

S9-12500/110

12500

15.6

63

0.72

14260

7720

27300

4950

3850

4880

S9-16000/110

16000

18.8

77

0.67

17800

8710

32670

5000

4200

5100

S9-20000/110

20000

22.0

93

0.67

19800

8910

39470

6000

4550

5100

S9-25000/110

25000

26.0

110

0.62

21550

9800

40980

6100

4750

5150

S9-31500/110

31500

30.8

133

0.60

27360

11000

43980

6600

4500

5400

S9-40000/110

40000

36.8

156

0.56

33100

14200

54400

6800

4900

5400

S9-50000/110

50000

44.0

194

0.52

33900

15400

58750

6800

4900

6000

S9-63000/110

63000

13.8

15.75

18

20

52.0

234

0.48

12-14

39200

17600

66780

6900

4900

6150

S9-75000/110

75000

59.0

278

0.42

45600

18400

75500

7000

5000

6200

S9-90000/110

90000

68.0

320

0.38

52600

19840

87800

7200

5100

6400

S9-120000/110

12000

84.8

397

0.34

52800

20100

88560

7300

5200

6450

S9-150000/110

15000

100.2

472

0.30

53000

20400

88750

7400

5300

6500

S9-180000/110

18000

112.5

532

0.25

53100

20900

89000

7500

5400

6600



SS9type 630kVA-63000kVA no excitation Voltage-regulationthree-phase Triple-winding power transformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol

No

Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Weight kg

Dimension

mm

HV

kV  %

MV

kV

LV

kV

Up voltage

Down voltage

Body

Oil

Total

L

W

H

SS9-6300/110

6300

110±2x2.5

121±2x2.5

35

37

38.5

6.3

6.6

10.5

11

YNyn0d11

11.2

47

0.82

H-M

17.5-18.5

H-L

10.5

M-L

6.5

H-M

10.5

H-L

17.5-18.5

M-L

6.5

13750

7850

26000

4400

3750

4250

SS9-8000/110

8000

13.3

56

0.78

15250

8330

28400

5450

4000

4500

SS9-10000/110

10000

15.8

66

0.74

16180

8550

31000

5500

4050

4950

SS9-12500/110

12500

18.4

78

0.70

19100

9040

34300

5550

4200

4880

SS9-16000/110

16000

22.4

95

0.66

21350

9870

39800

5650

4450

4850

SS9-20000/110

20000

26.4

112

0.65

23340

12250

45600

5750

4850

5000

SS9-25000/110

25000

30.8

133

0.60

27400

13020

50000

6050

4950

5100

SS9-31500/110

31500

36.8

157

0.60

34800

16750

61800

6100

4950

5150

SS9-40000/110

40000

43.6

189

0.55

46200

16850

70800

7000

4950

5600

SS9-50000/110

50000

52.0

225

0.55

47150

18600

81600

7000

5400

5800

SS9-63000/110

63000

61.6

270

0.50

54800

20580

93000

7200

5650

5850



SZ9 type 6300kVA-63000kVA OLTCthree-phase double-winding power transformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol

No Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Weight

kg

Dimension

mm

HV

kV

%

LV kV

Body

Oil

Total

L

W

H

SZ9-6300/110

6300

110±8x1.25

6.3

6.6

10.5

11

YNd11

10.0

36

0.80

10.5

9500

6380

20560

4550

4300

4600

SZ9-8000/110

8000

12.0

45

0.80

11620

7120

24300

5650

3300

4700

SZ9-10000/110

10000

14.2

53

0.74

13730

6740

27440

5050

3750

4850

SZ9-12500/110

12500

16.8

63

0.74

15680

7680

27780

5700

3800

4900

SZ9-16000/110

16000

20.2

77

0.69

19110

9320

35100

4800

4150

5080

SZ9-20000/110

20000

24.0

93

0.69

22570

9800

38800

5120

4500

4800

SZ9-25000/110

25000

28.4

110

0.64

25980

10780

44100

6190

4750

5000

SZ9-31500/110

31500

33.8

133

0.64

27950

12250

48700

6550

4450

5350

SZ9-40000/110

40000

40.4

156

0.58

30650

14210

55800

6800

4850

5200

SZ9-50000/110

50000

47.8

194

0.58

57400

17210

66700

6500

5050

5600

SZ9-63000/110

63000

56.8

234

0.52

41180

15200

70000

7000

5150

5800



SSZ9 type6300kVA-63000kVA OLTC three-phase triple-winding power transformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol  

No Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Weight

kg

Dimension

mm

HV

kV

MV

kV

LV kV

Body

Oil

Total

L

W

H

SSZ9-6300/110

6300

110±8x1.25%

35

37

38.5

6.3

6.6

10.5

11

YNyn0d11

12.0

47

0.95

H-M

10.5

H-L

17.5-18.5

M-L

6.5

11280

9800

28800

6300

3950

4850

SSZ9-8000/110

8000

14.4

56

0.95

12740

10280

31550

6350

3970

4970

SSZ9-10000/110

10000

17.1

66

0.89

15890

11080

33450

6380

4030

4550

SSZ9-12500/110

12500

20.2

78

0.89

17780

10560

35750

6480

4150

5000

SSZ9-16000/110

16000

24.2

95

0.84

22800

13500

45400

6550

4200

4850

SSZ9-20000/110

20000

28.6

112

0.84

24650

13440

50450

7300

4650

4820

SSZ9-25000/110

25000

33.8

133

0.78

30750

17450

62400

7120

4980

4830

SSZ9-31500/110

31500

40.2

157

0.78

33350

17150

67600

7580

5280

5000

SSZ9-40000/110

40000

48.2

189

0.73

40700

16660

66800

7770

5120

5200

SSZ9-50000/110

50000

56.9

225

0.73

47370

19600

82300

7930

5300

5550

SSZ9-63000/110

63000

67.7

270

0.67

53700

19750

91850

8080

5480

5800



S11type 630kVA-180000kVA no excitation Voltage-regulationthree-phase double-winding power transformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol  

No Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Weight

kg

Dimension

mm

HV  kV

%

LV

kV

Body

Oil

Total

L

W

H

S11-6300

6300

110±2x2.5

121±2x2.5

6.3

6.6

10.5

11

YNd11

7.4

34.2

0.77

10.5

9900

4900

19900

4200

3300

4000

S11-8000/

8000

9.0

42.8

0.77

10300

5750

22500

4580

3450

4230

S11--10000

10000

10.6

50.4

0.72

13680

6850

26000

4880

3750

4800

S11-12500

12500

12.5

59.9

0.72

14650

7800

28000

4950

3850

4880

S11-16000

16000

15.0

73.2

0.67

18300

8800

33000

5000

4200

5100

S11-20000

20000

17.6

88.4

0.67

20300

9000

40000

6000

4550

5100

S11-25000

25000

20.8

104.5

0.62

22000

10000

41500

6100

4750

5150

S11-31500

31500

24.6

126.4

0.60

27900

11500

45000

6600

4500

5400

S11-40000

40000

29.4

148.2

0.56

33700

14500

55000

6800

4900

5400

S11-50000

50000

35.2

184.3

0.52

34600

15900

60000

6800

4900

6000

S11-63000

63000

13.8

15.75

18

20

41.6

222.3

0.48

12-14

40000

18000

68000

6900

4900

6150

SF11-75000

75000

47.2

264.1

0.42

46500

18800

77000

7000

5000

6200

SF11-90000

90000

54.4

304.0

0.38

53500

20150

89500

7200

5100

6400

SF11-120000

12000

67.8

377.2

0.34

53700

20500

90000

7300

5200

6450

SF11-150000

15000

80.2

448.4

0.30

53850

20800

90500

7400

5300

6500

SF11-180000

18000

90.0

505.4

0.25

54000

21300

90800

7500

5400

6600



SS11type 630kVA-630000kVA no excitation Voltage-regulationthree-phase triple-winding power transformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol  

No Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Body

Weight

kg

Dimension

mm

HV

kV

%

LV

kV

LV kV

Body

Oil

Total

L

W

H

SS11-6300

6300

110±2x2.5

122±2x2.5

35

37

38.5

6.3

6.6

10.5

11

YNynod11

9.0

44.7

0.8

H-M

10.5

H-L

17.5-18.5

M-L

6.5

13950

8000

26500

4400

3750

4250

SS11-8000

8000

10.6

53.2

0.78

15500

8500

28900

5450

4000

4500

SS11-10000

10000

12.6

62.7

0.74

16550

9000

31500

5450

4050

4950

SS11-12500

12500

14.7

74.1

0.7

19500

9500

35000

5500

4200

4880

SS11-16000

16000

17.8

90.3

0.66

21800

10500

40600

5550

4450

4850

SS11-20000

20000

21.1

106.4

0.65

21800

12500

46500

5550

4850

5000

SS11-25000

25000

24.6

126.4

0.60

23900

13300

51000

5750

4950

5100

SS11-31500

31500

29.4

149.2

0.60

35500

17100

63000

6060

4950

5150

SS11-40000

40000

34.9

179.6

0.55

41000

17250

72200

6300

4950

5600

SS11-50000

50000

41.6

213.8

0.55

48000

11900

83800

7000

5400

5800

SS11-63000

63000

49.3

256.5

0.50

50000

12100

95800

7200

5650

5850




SZ11 type 6300kVA-63000kVA OLTCthree-phase double-winding power transformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol  

LV kV

No Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Body

Weight

kg

Dimension

mm

HV

kV

%

LV

kV

Body

Oil

Total

L

W

H

SZ11-6300/110

6300

110±8x1.25

6.3

6.6

10.5

11

YNd11

8.00

34.2

0.80

10.5

9500

6500

21000

4550

4300

4600

SZ11-8000/110

8000

9.60

42.8

0.80

11850

7250

24800

5650

3300

4700

SZ11--10000/110

10000

11.4

50.4

0.74

14000

7800

28000

5050

3750

4850

SZ11-12500/110

12500

13.4

59.9

0.74

16000

7850

28300

5700

3800

4900

SZ11-16000/110

16000

16.2

73.2

0.69

19500

9500

35800

4800

4150

5080

SZ11-20000/110

20000

19.2

88.4

0.69

23000

10000

39500

5120

4500

4800

SZ11-25000/110

25000

22.7

104.5

0.64

26500

11000

45000

6190

4750

5000

SZ11-31500/110

31500

27.0

126.4

0.64

28500

12500

49500

6550

4450

5350

SZ11-40000/110

40000

32.3

148.2

0.58

31300

14500

57000

6800

4850

5200

SZ11-50000/110

50000

38.2

184.3

0.58

58600

18000

66800

6500

5050

5600

SZ11-63000/110

63000

45.4

222.3

0.52

42000

15500

71500

7000

5150

5800



SSZ11type 6300kVA-63000kVA OLTC three-phase triple-winding powertransformer

Code

Rate capacity kVA

Voltage combination and Sub-connection range

Connection Type Symbol  

No Load Loss kW

Load Loss

kW

No

Load Current

%

Short Circuit impedance

%

Body

Weight

kg

Dimension

mm

HV

kV

%

LV

kV

LV kV

Body

Oil

Total

L

W

H

SSZ11-6300/110

6300

110±8x1.25

35

37

38.5

6.3

6.6

10.5

11

YNynod11

9.6

44.7

0.95

H-M

10.5

H-L

17.5-18.5

M-L

6.5

11500

10000

29500

6300

3950

4850

SSZ11-8000/110

8000

11.5

53.2

0.95

11300

10500

32150

6350

3970

4970

SSZ11-10000/110

10000

13.7

62.7

0.89

16250

11300

34150

6380

4030

4550

SSZ11-12500/110

12500

16.2

74.1

0.89

18150

10800

36450

6480

4150

5000

SSZ11-16000/110

16000

19.4

90.3

0.84

23300

13750

44200

6550

4200

4850

SSZ11-20000/110

20000

22.9

106.4

0.84

25150

13700

51450

7300

4650

4820

SSZ11-25000/110

25000

27.0

126.4

0.78

31350

17800

63600

7320

4980

4830

SSZ11-31500/110

31500

32.2

149.2

0.78

34000

17500

69000

7580

5280

5000

SSZ11-40000/110

40000

38.6

179.6

0.75

41500

17000

68000

7770

5120

5200

SSZ11-50000/110

50000

45.5

213.8

0.75

48300

20000

84000

7930

5300

5550

SSZ11-63000/110

63000

54.2

256.5

0.69

55000

20150

93700

8080

5480

5800


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Q:Anybody with information on Ferrite Core Transformer Inverter Circuits For Hobbyist?
Google joule thief, for some really simple circuits that produce several volts 90k hertz ac for powering one LED from one almost dead cell at less than one volt. Yes, ferrite core, sometimes only one winding, but a second winding can be the output voltage. Possibly the circuits can be scaled up for more power out and a somewhat lower frequency.
Q:Is the transformer a power adapter?
Power adapter is a transformer, it should be said that the power adapter is a transformer, rather than that the transformer is a power adapter. Like Baidu is the site, the site is not Baidu ah.
Q:Why is the notebook computer transformer hot?
Summer transformer is very hot, the notebook's own heat is more important to keep the room temperature the most important, too high temperature, then no matter how cool! Open the airplane with a laptop! At the same time should try to make the bottom of the notebook overhead, can be used special cooling bracket or with equal thickness and small size items (such as chess pieces, military flag, laminated one dollar coins, tape boxes, etc.) the bottom of the notebook pad! Try not to use the key film, because the keyboard is an important part of the notebook cooling! Other parts of the cooling (each brand of notebook cooling parts may be different) should not have object coverage! Summer is up, the notebook needs your double care Oh!
Q:What are the transformer capacity?
Transformer capacity: 15,30 50 63 80 100 125 160 200 250 315 500 630 A high - speed range of 12500 .. The The The The (Unit: KVA) Small is less than 1600KVA Medium 1600--6300KVA Large 8000 - 63000KVA Extra large is greater than 63000KVA
Q:1:1 60Hz transformer used at 400Hz (Sine wave)What would be the secondary voltage?
No. The voltage will not be different. The voltage ratio is proportional to turns ratio not frequency.ratio.
Q:10 (6) What is the meaning of 10 and 6 in the KV transformer?
Are the high voltage side of the input voltage were 10KV and 6KV units of kilovolt
Q:please help physics transformer?
No, it can't. If it is connected to 120VDC, the output will give an initial pulse that decays to zero and stays there. The input will draw far more current than designed, overheat, and either open up or catch on fire. Here is how a transformer works with AC: The input winding generates a magnetic field (because it is an electromagnet). The field alternates because the applied current alternates. The alternating magnetic field couples into the output winding where it induces an electric voltage that alternates because the magnetic field is alternating. Now here's the kicker. The voltage induced in the output winding is proportional to the rate of change of the fluctuating magnetic field. If the field is static (ie, steady, as is the case if the input winding is powered by DC), then the rate of change is zero and the induced voltage is zero. That's why the transformer can't transform DC. Other interesting facts: The input winding converts electrical energy into energy in the magnetic field that is then converted back into electrical energy in the output winding. The input winding resists DC current based on the winding's resistance. If the input current is alternating, then it resists the current additionally based on the inductance of the winding, and the higher the frequency, the more it resists. A transformer is designed to work on a specific frequency (eg, 50Hz or 60Hz). Operating it at 0Hz (DC) will allow too much current to flow. The higher the applied frequency, the more power the transformer can transfer. Think of it as though the transformer passes a bucket of energy from input to output on each cycle. The more cycles per second, the more energy per second, aka the more power. At 0Hz (DC), it isn't passing any buckets of energy. Hope that helps.
Q:Know the rated capacity of the transformer, how to calculate its rated current?
If it is a power transformer, its calculation method: rated current = rated capacity ÷ root 3 ÷ output voltage Such as the rated capacity of 1250KVA, the rated current = 1250000 ÷ 1.732 ÷ 400 = 1804A
Q:Can the transformer be replaced with a component?
If you say the transformer is a small power frequency transformer, then you can use switching power supply instead. If the substation with high-power transformers, there is no thing to replace.
Q:Replaced halogen by LED, how to prevent transformer shutdown?
12v Halogen Transformer

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Validity Period  

3. Manufacturer Capability

a)Trade Capacity  
Nearest Port
Export Percentage
No.of Employees in Trade Department
Language Spoken:
b)Factory Information  
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range