Advanced Harmonic Mitigating Transformer for Power Quality Improvement Solutions
Price
Min. Order Reference FOB Price
1 Piece US$20,000.00 / Piece
Sepcifications
- Application Power
- Phase Three
- Core Amorphous Alloy Transformer
- Cooling Method Dry-type Transformer
- Winding Type Multi-winding Transformer
- Certification ISO9001-2000, So14001, ISO45001, ISO50001
- Usage Distribution Transformer
- Brand Ceeg
- Transport Package International Wooden Case
- Trademark CEEG
- Origin China
- Rated Capacity 2000kVA
- Primary Voltage 22.8kv/11.4kv
Product Description
Introducing the groundbreaking CEEG zig-zag amorphous metal harmonic mitigating transformer, a revolutionary first in China. This cutting-edge transformer not only provides all essential functions but also excels in reducing the 3rd, 5th, and 7th principal harmonics. It mitigates the disruptive ...
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Installation and Operation Manual of 35kV Oil-Immersed Transformers The transformer ≤ 4000 kVA is normally transported in a whole. As the moisture absorber and the temperature controller are easy to be bumped therefore transformer is detached before transportation. The transformer ≥ 5000 kVA is transported separately. It is required to discharge insulation oil 100 mm down to the cover of the tank, and all radiator, oil conservator, moisture absorber, temperature controller and high/low voltage sleeves and fan for transformer of 10000kVA and upward should be detached and packed in separate boxes for transportation, and carry enough insulation oil together with the main body for replenishment. -
Inspection, Acceptance, Energization, and Maintenance of Dry Type Transformers In a relatively humid environment, the insulation resistance of the transformer may decrease. Generally, for each 1000V rated voltage, the insulation resistance value should not be less than 2MΩ (measured at 25°C for one minute) to meet operational requirements. However, if the transformer is abnormally humid and condensation occurs, no matter the insulation resistance, it must be dried before a withstand voltage test or operation (the drying method depends on site conditions; the simplest method is to use hot air drying, infrared lamps, or a combination of both.