2000kVA 20KV oil-immersed power transformer
2000 kVA, 20 kV oil-immersed transformer in the 20KV Distribution Transformer series.
2000kVA、20kV 油浸式变压器，归属20KV配电变压器系列。
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Product Description
2000 kVA, 20 kV oil-immersed transformer in the 20KV Distribution Transformer series. Confirm capacity, voltage ratio, winding and insulation materials, tap arrangement, losses, impedance, frequency, environmental conditions, testing and applicable standards against the project specification before ordering.
Manufacturer-supplied product information: Jiangsu Huayu Electric Co., Ltd.
Product Attributes
- Brand
- HUAYU
- Origin
- China
- Certification
- ISO9001
Supply Ability & Additional Information
- Packaging
- container
- Productivity
- 1000 units per month
- Transportation
- Ocean,Land
- Place of Origin
- China
- Supply Ability
- 1000 units per month
- Certificate
- ISO9001
- Port
- SHANGHAI,QINGDAO,LIANYUNGANG
- Payment Type
- L/C,T/T,Paypal
- Incoterm
- FOB,CIF,EXW
Packaging & Delivery
- Selling Units
- Set/Sets
- Single package size
- cm*cm*cm
- Package Type
- container
Product Details
2000kVA 20KV Oil-immersed Power Transformer
This large-capacity power transformer is specially designed for large industrial bases, industrial new towns, and regional centralized power supply projects. These projects typically have large electricity consumption bases and concentrated loads. Conventional distribution equipment is often unable to meet the long-term operation requirements under 20KV high voltage conditions. The 2000kVA 20KV oil-immersed power transformer is tailored for large high-load power consumption scenarios and is suitable for large manufacturing parks, mining areas, urban suburban high-voltage substations, and large-scale new energy supporting projects. The equipment can be integrated into the Box Type Substation complete distribution solution and coordinated with High And Low Voltage Switchgear to plan the layout of the high-voltage circuit, conforming to the construction norms of high-voltage power transmission and distribution projects.
In a diversified power consumption architecture, this equipment can be flexibly combined with the same type of Oil Immersed Transformer and dry-type units for networking. With the help of the Electric Power Converter for voltage stabilization and regulation, it can smoothly connect to Combined Photovoltaic Substations, achieving complementary power supply between industrial mains electricity and distributed generation, helping enterprises complete the upgrade of their distribution systems and reducing subsequent operation and maintenance and renovation costs.
Core advantage
The overall insulation grade is compatible with the 20KV high-voltage standard. It has sufficient capacity for high-power transmission and can handle continuous full-load operation as well as intermittent impact loads smoothly. The operating state is stable and the energy loss is well controlled.
The thickened box body is combined with a fully sealed process, providing a stable structure that is resistant to deformation. It isolates moisture, dust, and corrosive media, has strong environmental adaptability, and can be deployed in various environments such as outdoor stations and indoor distribution rooms.
The overall insulation grade is compatible with the 20KV high-voltage standard. It has sufficient capacity for high-power transmission and can handle continuous full-load operation as well as intermittent impact loads smoothly. The operating state is stable and the energy loss is well controlled.
The thickened box body is combined with a fully sealed process, providing a stable structure that is resistant to deformation. It isolates moisture, dust, and corrosive media, has strong environmental adaptability, and can be deployed in various environments such as outdoor stations and indoor distribution rooms.
Operation and maintenance tips:
When installing the equipment, sufficient heat dissipation channels should be reserved to maintain air circulation around it. Avoid enclosed high-temperature environments to reduce long-term aging and wear of the equipment.
Annual routine inspections focus on the oil circuit sealing and cooling components. Simple inspections can maintain the equipment in a long-term stable operating condition, with a low operational threshold.
When installing the equipment, sufficient heat dissipation channels should be reserved to maintain air circulation around it. Avoid enclosed high-temperature environments to reduce long-term aging and wear of the equipment.
Annual routine inspections focus on the oil circuit sealing and cooling components. Simple inspections can maintain the equipment in a long-term stable operating condition, with a low operational threshold.
Q&A
Q1: Can the later capacity expansion and renovation of large high-voltage transformers be flexibly adjusted?
A1: The overall parameters are standardized, and the circuit interfaces are highly versatile. During the later expansion of the park’s load and the renovation of the distribution lines, it can be directly integrated into the new system without the need for overall equipment replacement, and has good scalability.
Q1: Can the later capacity expansion and renovation of large high-voltage transformers be flexibly adjusted?
A1: The overall parameters are standardized, and the circuit interfaces are highly versatile. During the later expansion of the park’s load and the renovation of the distribution lines, it can be directly integrated into the new system without the need for overall equipment replacement, and has good scalability.
Q2: For high-power models that work continuously for a long time, is the safety protection design complete?
A2: It is equipped with multiple protective structures, and the oil-cooled cooling buffer performance is excellent. It can buffer instantaneous load fluctuations and avoid common problems such as overload and overheating, meeting the industrial long-term safe power usage standards.
A2: It is equipped with multiple protective structures, and the oil-cooled cooling buffer performance is excellent. It can buffer instantaneous load fluctuations and avoid common problems such as overload and overheating, meeting the industrial long-term safe power usage standards.
Q3: Compared with medium and small capacity models, what are the core advantages of large-capacity oil-cooled equipment?
A3: It has stronger centralized load-carrying capacity, and a single unit can cover a large area for power supply, reducing the number of equipment and land investment, and having lower comprehensive distribution costs, making it more suitable for unified power supply planning for large areas.
A3: It has stronger centralized load-carrying capacity, and a single unit can cover a large area for power supply, reducing the number of equipment and land investment, and having lower comprehensive distribution costs, making it more suitable for unified power supply planning for large areas.
