Three Phase 1000 Kva 1250kva 35kv 6kv Electric Oil Power Distribution Transformer

Three Phase 1000 Kva 1250kva 35kv 6kv Electric Oil Power Distribution Transformer


Three Phase 1000 Kva 1250kva 35kv 6kv Electric Oil Power Distribution Transformer

1. Product Description

The Three Phase 1000 Kva 1250kva 35kv 6kv Electric Oil Power Distribution Transformer is a high-performance oil-immersed power conversion equipment independently developed and manufactured for medium-voltage power distribution systems. Covering two mainstream rated capacities of 1000kVA and 1250kVA, this oil power distribution transformer is compatible with 6kV and 35kV medium voltage power grids, perfectly matching the voltage conversion and power distribution demands of industrial and municipal power systems. Adopting high-quality cold-rolled silicon steel sheets and pure copper winding coils, the three-phase transformer features precise winding technology and standardized oil-immersed sealing structure, which effectively optimizes internal insulation and heat dissipation performance. All products comply with international power industry manufacturing standards, with stable operating parameters, low no-load loss and reliable impedance performance. It supports multiple vector group connection modes such as Dyn11, Yd11 and Yyn0, realizing safe and efficient voltage step-up and step-down conversion, and is a core essential device for medium and large-scale power distribution projects.

Rated Capacity

Voltage Ratio

Vector Group

Noload Losses (kW)

Impedance

30 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

0.1

4%

50 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

0.13

4%

100 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

0.2

4%

200 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

0.34

4%

315 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

0.42

4%

500 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

0.6

4%

1000 kVA

380V/3kV/6kV/11kV/33kV

Dyn11/Yd11/Yyn0

1.15

4.5%

1250 kVA

6kV/11kV/33kV

Dyn11/Yd11/Yyn0

—

4.5%

2500 kVA

11kV/33kV

Dyn11/Yd11/Yyn0

2.3

—

4000 kVA

11kV/33kV

Dyn11/Yd11/Yyn0

2.8

—

10 MVA

11kV/33kV/69kV/110kV

Dyn11/Yd11/Yyn0

—

—

40 MVA

11kV/33kV/69kV/110kV

Dyn11/Yd11/Yyn0

—

—

100 MVA

11kV/33kV/69kV/110kV/220kV

Dyn11/Yd11/Yyn0

—

—


2. Core Purpose

This 1000kVA & 1250kVA three-phase oil power distribution transformer is mainly used for voltage conversion and electric energy distribution in 6kV and 35kV power systems. Its core function is to convert high-voltage grid electric energy into low-voltage power that meets the operating requirements of terminal electrical equipment, or boost low voltage for long-distance power transmission, solving the voltage matching problem in power transmission and distribution links. In addition, the 35kv 6kv electric oil distribution transformer can effectively balance grid load voltage, stabilize power supply quality, reduce electric energy loss during power transmission, and avoid voltage fluctuation and power supply failure. It provides continuous, safe and stable power guarantee for downstream power equipment, ensures the normal and efficient operation of the entire power distribution system, and meets the long-term continuous power supply demand of various industrial and civil scenarios.

3. Application Scenarios

3.1 Industrial Production Sites

The Three Phase 1000 Kva 1250kva 35kv 6kv Electric Oil Power Distribution Transformer is widely applicable to various industrial factories, processing plants, mining enterprises and industrial parks. It can stably supply power for large production machinery, motor equipment, automated production lines and factory auxiliary power systems, adapting to the high-load and long-term continuous power consumption characteristics of industrial production, and is the key power distribution equipment for industrial medium-voltage power supply systems.

3.2 Municipal & Civil Power Projects

This oil power distribution transformer is suitable for urban municipal power grids, residential communities, commercial plazas, office buildings and public infrastructure projects. The 1000kVA and 1250kVA medium-capacity design perfectly meets the centralized power distribution demand of urban commercial and residential areas. The stable 6kV and 35kV voltage conversion performance ensures safe and reliable power supply for daily life, commercial operation and municipal engineering operation, effectively improving the stability of urban power grid operation.

3.3 New Energy & Power Station Projects

It is an ideal power distribution device for solar power stations, wind power plants and regional centralized power supply stations. The 35kv 6kv three-phase distribution transformer can realize voltage adjustment and electric energy collection for new energy power generation equipment, convert intermittent new energy electric energy into stable grid-connected power, and solve the grid-connected power distribution problem of medium and small-scale new energy power generation projects, greatly improving the utilization rate of new energy power.

3.4 Remote Power Supply Projects

For remote mining areas, rural power grid renovation and regional independent power supply systems, this 1000kVA/1250kVA oil-immersed transformer can realize long-distance power transmission and local power distribution. Its excellent environmental adaptability and stable operating performance can cope with complex outdoor operating environments, ensuring reliable power supply for remote areas with insufficient grid coverage.

4. Product Features

4.1 Stable Performance & Low Energy Consumption

This three-phase oil power distribution transformer adopts high-permeability silicon steel sheets and optimized magnetic circuit design, which greatly reduces no-load loss and load loss. The precise coil winding process ensures balanced three-phase voltage and current, effectively avoiding power waste and voltage deviation. During long-term continuous operation, the equipment maintains stable operating parameters, with low heat generation and high power transmission efficiency, realizing energy-saving and environmentally friendly operation.

4.2 Excellent Insulation & Heat Dissipation

Designed with a fully sealed oil-immersed structure, the 35kv 6kv electric oil distribution transformer uses high-quality insulating oil to form a stable internal insulation system, which effectively isolates electrical components and improves the equipment's voltage resistance and insulation performance. The professional heat dissipation structure can quickly export internal operating heat, avoid equipment overheating failure, and ensure safe and stable operation in high-load and long-time working conditions.

4.3 Strong Adaptability & Wide Application

With dual capacity specifications of 1000kVA and 1250kVA and dual voltage levels of 6kV and 35kV, this oil power distribution transformer covers most medium-voltage power distribution scenarios. It supports various vector group connection modes, which can be flexibly matched according to different grid design requirements. It has strong adaptability to complex power grid environments and outdoor working conditions, suitable for industrial, municipal, new energy and other multi-scenario applications.

4.4 High Safety & Long Service Life

The whole machine adopts high-strength steel shell and anti-corrosion treatment, which can resist outdoor wind, rain and oxidation erosion. The internal structure is reasonably arranged with multiple safety protection designs, which can effectively prevent short circuit, overload and other faults. Strict factory testing and quality control ensure the stability and durability of the equipment, with low failure rate and long service life, reducing later maintenance and operation costs for users.

4.5 Easy Installation & Maintenance

The structural design of the Three Phase 1000 Kva 1250kva 35kv 6kv Electric Oil Power Distribution Transformer is reasonable and compact, with standardized interface settings, which is convenient for on-site installation and commissioning. The fully detachable structural design facilitates daily oil detection, equipment inspection and maintenance work, effectively reducing the difficulty and cost of later equipment operation and maintenance.

 


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