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Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer
Amorphous Alloy Dry-Type Transformer

CEEG Amorphous Alloy Dry-Type Transformer for Energy Storage

Brand: CEEG
Rated Capacity: 200kVA-2500kVA
Type: Dry Type Transformer
Core: Amorphous Alloy Iron
Phase: Three Phase
Model: SCRBH Series
Service: Customized Service
Nature of Business: Manufacturer
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CEEG dry type transformer 2.jpg

1. Dupont Nomex aramid insulation material is used for high-temperature resistance, high mechanical strength, high electrical insulation, and high stability.

2. It has vibration model simulation analysis and effective noise reduction.

3. lt has a unique semi-encapsulated structure, strong dust resistance high insulation performance, and strong overload capacity.

4. The low-voltage coil is of foil-wound structure, NOMEX material is selected as the insulation between interlayers and the end, the lead copper bar and copper are welded by ammonia arc through special equipment, and the coil is baked and cured by VPl vacuum pressure impregnation at high temperature which significantly reduces the noise of the transformer during operation.

5. The high voltage coil is a segmented cylinder layer coil, air duct heat dissipation, with end sealing, and NOMEX paper winding on the surface; Dustproof, moisture-proof, and salt spray prevention.

6. The active parts adopt a coil as the load-bearing body, with a core mounting structure. The lapping part on the core adopts a special glue end sealing process to ensure the minimum force and lightweight on the core.

7. Flame retardant, explosion-proof, non-pollution, high fire rating excellent characteristics are more suitable for charging stations, data centers, hospitals, smart zones, and other areas.

SCRBH transformer.jpg

Comparison of no-load loss of 10kV dry type distribution transformer under different energy consumption levers of GB20052-2020 standard

Rated Capacity (kVA)

No-load loss (Class 1)

No-load loss (Class 2)

No-load loss (Class 3)

Silicon steel sheet (W) SCB18

Amorphous alloy (W) SCRBH19 or SCBH19

No-load loss reduction(%)

Silicon steel sheet (W) SCB14

Amorphous alloy (W) SCRBH17 or SCBH17

No-load loss reduction(%)

Silicon steel sheet (W) SCB12

Amorphous alloy (W) SCRBH15 or SCBH15

No-load loss reduction(%)

200

360

140

61.10%

420

170

59.5%

495

200

59.6%

250

415

160

61.40%

490

195

60.2%

575

230

60.0%

315

510

195

61.80%

600

235

60.8%

705

280

60.3%

400

570

215

62.30%

665

265

60.2%

785

310

60.5%

500

670

250

62.70%

790

305

61.4%

930

360

61.3%

630

750

290

61.30%

885

350

60.5%

1040

410

60.6%

800

875

335

61.70%

1035

410

60.4%

1215

480

60.5%

1000

1020

385

62.30%

1205

470

61.0%

1415

550

61.1%

1250

1205

455

62.20%

1420

550

61.3%

1670

650

61.1%

1600

1415

530

62.50%

1665

645

61.3%

1960

760

61.2%

2000

1760

700

60.20%

2075

850

59.0%

2440

1000

59.0%

2500

2080

840

59.60%

2450

1020

58.4%

2880

1200

58.3%

As shown in the above table -No-load loss data of each energy efficiency class, we can see ever the Class-Three energy efficiency transformer in amorphous alloy, its no-load loss is far lower than that of the Class-One energy efficiency transformer in silicon steel.

Therefore, supposing there are requirements for "Green construction," a lower load rate, and long time no-load operation, in this case, the Class-Two & Three energy efficiency transformers in the amorphous alloy should be considered in priority. In the era of "carbon peak" and "carbon neutrality", amorphous alloy transformers will become the main force of energy-saving transformers. Whether it is a silicon steel transformer or an amorphous alloy transformer, the Class-One energy efficiency is better than the Class-Two, and much better than Class -Three, however, the cost of equipment will be higher than lower one, the higher energy efficiency class will be the higher cost, so it needs to consider the quality/cost in total.

Note: The load loss of the amorphous alloy and silicon steel sheet is the same, and the electricity charge is calculated at 1.0 RMB/KWH at any load rate, the amorphous alloy transformer changes relative to the silicon steel with the same capacity and energy efficiency grade pressure, have greater energy saving advantages. Taking a semi-enclosed SCRBH19-2500kVA amorphous alloy dry transformer as an example, compared with the SCB18 dry type transformer, it will save 10,862KWH of electricity every year, and the electricity bill is calculated by 1 RMB/KWH, and the annual cost will be saved by about 11,000 RMB; ln the amorphous dry type transformer at least 30 years of service life, it will save more than 300,000 RMB of electricity.

production ability.png CEEG production ability 2.jpgOur transformer production facility covers an area of over 40 hectares with a construction area of 180,000 square meters. It employs more than 1000 people and is equipped with a complete set of advanced transformer production and testing equipment, including cutting, vacuum casting, vacuum impregnation, and other facilities. It has an annual production capacity of 30 million kVA for power transformers. We boast an array of cutting-edge equipment representing a high standard within the industry, including a complete set of shearing machines, fully automated winding machines, robot-operated stacking machines, the Hedrch Hedrch Vacuum Casting Equipment, vacuum impregnation systems, air cushion transport vehicles, a fully enclosed production workshop with a cleanliness level of 100,000, 20-ton vertical winding machines, 10-ton horizontal winding machines, coal-oil gas phase drying equipment, and a 200-ton overhead crane. We adopt the latest technology and processes to ensure our products comply with international standards and customer needs.

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