Amorphous Alloy Distribution Transformer

Amorphous Alloy Distribution Transformer

The main feature of amorphous alloy transformers that is different from traditional transformers is that the core uses a new type of magnetically permeable material - amorphous alloy. Compared with the no-load loss of silicon steel plate iron core transformer, it is reduced by about 75%, and the no-load current is reduced by about 80%.
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An amorphous alloy distribution transformer uses a new type of magnetic permeability material: amorphous alloy. The iron core is composed of amorphous alloy and is structured with three phases and five columns. The amorphous alloy core undergoes annealing treatment, and the iron yoke is staggeringly jointed. Both the iron core and winding coils have rectangular cross sections.

These transformers are widely used in industrial engineering, agriculture, and urban communities, particularly in power networks in rural and developing areas.

Amorphous Distribution Transformer Parameters:
Table 1 30kVA~2500kVA, Three-Phase Duplex Windings, No-Load Voltage Regulation, Distribution Transformer (SH15 Series)

Rated Capacity (kVA)

Voltage Combination & Tapping Range

Connection Symbol

No-Load Loss (W)

On-Load Loss (W)

No-Load Current (%)

Short-Circuit Impedance (%)

Acoustic Power Level dB(A)

High Voltage (kV)

High Voltage Tapping Range (%)

Low Voltage (kV)

30

6
6.3
10
10.5
11

±2×2.5
±5

0.4

Dyn11

33

630/600

1.50

4.0

52

50

43

910/870

1.20

53

63

50

1 090/1 040

1.10

80

60

1 310/1 250

1.00

55

100

75

1 580/1 500

0.90

125

85

1 890/1 800

0.80

59

160

100

2 310/2 200

0.60

200

120

2 730/2 600

0.60

61

250

140

3 200/3 050

0.60

315

170

3 830/3 650

0.50

64

400

200

4 520/4 300

0.50

500

240

5 410/5 150

0.50

66

630

320

6 200

0.30

4.5

800

380

7 500

0.30

68

1 000

450

10 300

0.30

1 250

530

12 000

0.20

72

1 600

630

14 500

0.20

2 000

750

18 300

0.20

5

73

2 500

900

21 200

0.20

Note 1: Transformers of "Yyn0" can also be supplied upon demands if the iron core is in the structure of three phases and three columns.
Note 2: If the rated capacity is 500kV.A or below, the data of "On-Load Loss" on the left of slash (/) is suitable for Dyn11, on the right for Yyn0.
Note 3: Transformers with other loss values can also be supplied upon demands.
Note 4: Three-phase transformers with other high voltage tapping range can also be supplied upon demands.

Three Phase Amorphous Alloy Distribution Transformer

amorphous alloy distribution transformer

characteristics of GNEE amorphous alloy distribution transformers
  1. The no-load loss of amorphous alloy transformers is more than 65% lower than that of S11 transformers, and the no-load current is reduced by about 80%, leading to an average annual operating cost reduction of 22.7%.
  2. The transformers have no structural loss, and the iron core adopts a three-phase, four-frame, five-column structure. Zero-sequence magnetic flux flows through the columns on both sides, without passing through the box, thereby preventing heating-related structural losses.
  3. The transformer's connection group uses Dyn11 to reduce the impact of harmonics on the power grid and improve power supply quality.
  4. The low-voltage winding of the transformer uses copper foil coils, with the coils being round and rectangular.
  5. The transformer body structure adopts an "upper branch and lower branch" design to minimize stress on the iron core and ensure the electromagnetic performance of the amorphous alloy iron core.
  6. The small-capacity transformers package uses vertical packaging technology, while the large-capacity transformers package uses horizontal packaging technology to strictly control noise and no-load loss.
  7. The transformers box adopts a fully enclosed structure, filled with silicone oil that has excellent anti-oxidation, high-temperature resistance, and thermal cycle properties, making the transformers essentially maintenance-free.
  8. The transformers uses vacuum oil filling to completely eliminate air bubbles in the coil and ensure the stability of the insulation performance.
  9. A protective cover is installed above the high and low voltage bushings of the transformers to prevent any exposed conductors, and cable routing is used to achieve full insulation protection.
Amorphous Alloy Core Distribution Transformers Product Project

Amorphous distribution transformer

Installation Case

Amorphous core type distribution transformer

Packaging & Shipping

High voltage distribution transformer

GNEE Transformer Factory

Low voltage distribution transformer

Customer Visit

3

 

GNEE Teams

4

 

What are the advantages of choosing GNEE Amorphous alloy distribution transformers?

GNEE have 16 years of experience in international power projects and have helped many customers around the world complete power projects. For example, Canada, Mexico, Panama, Ecuador, Guatemala, Honduras, Chile, El Salvador, Australia, New Zealand, Spain, Belgium, Algeria, South Africa, Ethiopia, Myanmar, Kazakhstan, etc. GNEE also have very good after-sales installation service team abroad, so if you have transformer needs, you can contact us.

1

 

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