Overview of High Voltage Main Power Transformer

CE Certified 35kV Class Oil Immersed Transformer For Wind Farms 35KV 220kv Input Voltage And 400v/11kv/6kv Output Frequency is a device used to convert high voltage to lower voltage. It is critical in power systems, especially high-voltage transmission and distribution networks. The primary function of the high-voltage main power transformer is to ensure the stable operation of the power system while providing the required voltage for various power equipment.

Functional Principle of CE Certified 35kV Class Oil Immersed Transformer For Wind Farms 35KV 220kv Input Voltage And 400v/11kv/6kv Output Frequency

• Voltage conversion: The most basic function of a high-voltage main power transformer is to perform voltage conversion. It reduces the high voltage in the power system to the voltage level required by the user. By changing the turn ratio of the primary side (high-voltage side) and secondary side (low-voltage side) coils, voltage rise and fall can be achieved.
• Impedance matching: Transformers can also play a role in impedance matching. For different loads, their impedance values also vary. Through the transformer’s voltage transformation effect, the impedance of the load can be matched with the impedance of the power supply system, thereby ensuring stable current transmission.
• Voltage regulation: By changing the number of turns of the primary side coil or the number of turns of the secondary side coil, the output voltage can be adjusted. In the power system, transformers are used to achieve segmented voltage control to meet the electricity needs of different users and equipment.
• Filtering function: Some particular types of high-voltage main power transformers also have a filtering function, which can filter out harmonics and reactive power components in the power supply and improve the quality of the power supply.

Specifications of CE Certified 35kV Class Oil Immersed Transformer For Wind Farms 35KV 220kv Input Voltage And 400v/11kv/6kv Output Frequency

This transformer is built for wind farms. It deals with high voltage inputs from wind generators. The input voltage variety is 35kV to 220kV. The result voltage alternatives are 400V, 6kV, or 11kV. The basic regularity is 50Hz or 60Hz. It is a CE accredited item. This qualification confirms it satisfies stringent European safety and performance regulations.

The transformer uses oil immersion cooling. Oil successfully attracts warmth away from the core and windings. This keeps operating temperature levels secure. Stable temperatures are vital for long life and reliability. The transformer core utilizes top-quality silicon steel. This steel decreases energy losses. Reduced losses suggest much better effectiveness. Better effectiveness conserves money and energy.

It is designed for the 35kV voltage course. This course is common in wind ranch collection networks. The transformer links wind turbines to the grid. Wind farms are often in hard places. This transformer is constructed for those conditions. It endures wide temperature level adjustments. It takes care of humidity and salty air near coasts. Its durable building resists vibration from wind and equipment.

The design prioritizes safe operation. The oil storage tank is solid and watertight. Safety attributes safeguard against internal faults. These functions avoid damages and blackouts. Maintenance is uncomplicated. Accessibility factors allow simple checks and maintenance. Long service life decreases replacement costs. This transformer is a reputable power web link for wind power tasks.

Applications of CE Certified 35kV Class Oil Immersed Transformer For Wind Farms 35KV 220kv Input Voltage And 400v/11kv/6kv Output Frequency

CE certified 35kV course oil immersed transformers are vital for wind ranch operations. They attach wind generators to the grid securely and successfully. These units handle the variable power created by turbines. They tip down high voltages for regional use or further transmission.

Our transformer accepts input voltages from 35kV as much as 220kV. It provides adaptable outcome voltages: 400V, 6kV, or 11kV. This versatility fits different wind ranch designs and power needs. The oil immersed layout makes sure reliable air conditioning. Oil naturally lugs heat away from the core and windings. This stops getting too hot throughout continual operation. The durable steel storage tank secures internal components. It stands up to severe weather conditions common at wind farm sites.

Attaining CE qualification is crucial. It verifies the transformer fulfills rigorous European safety and environmental standards. You obtain guaranteed conformity for tasks within the EU market. The design prioritizes toughness and long service life. Wind ranches frequent remote areas. Maintenance access can be hard. These transformers are constructed for very little maintenance. They deliver secure power output. This security is essential for grid reliability.

Safety and security features are incorporated throughout. Pressure relief tools safeguard versus interior mistakes. Temperature level monitoring systems prevent dangerous getting too hot. These transformers take care of the electrical tons properly. They ensure consistent power flow from turbines to the grid. Their design permits simple installment. They fit conventional wind farm electrical configurations. This transformer is a trustworthy link in your renewable resource chain. It effectively transfers wind-generated power.

Company Profile

PDDN Photoelectron Technology Co., Ltd. is one of the leading enterprises in power electronics technology and power products, which is fully involved in developing solar inverters， transformers, voltage regulators, distribution cabinets, thyristors， modules， diodes， heaters, and other electronic devices or semiconductors. We will be committed to providing users with high-quality, efficient products and considerate service.

It accepts payment via Credit Card, T/T, West Union, and Paypal. PDDN will ship the goods to customers overseas through FedEx, DHL, by sea, or by air. If you want high-quality CE Certified 35kV Class Oil Immersed Transformer For Wind Farms 35KV 220kv Input Voltage And 400v/11kv/6kv Output Frequency, please send us inquiries; we will be here to help you.

Payment Methods

L/C, T/T, Western Union, Paypal, Credit Card etc.

Shipment

By sea, by air, by express, as customers request.

Storage Conditions

1) Store in a dry environment at room temperature.

2) Avoid damp and high temperature.

3) Use immediately after opening the inner packing bag.

5 FAQs of CE Certified 35kV Class Oil Immersed Transformer For Wind Farms 35KV 220kv Input Voltage And 400v/11kv/6kv Output Frequency

CE Certified 35kV Oil Immersed Transformer for Wind Farms: Top 5 Questions

What job does this transformer do in wind farms?
Wind turbines produce electricity. This transformer takes the high voltage power from the turbines. It changes the voltage level. This makes the power safe for connecting to the local grid or farm equipment. It handles the variable power flow common in wind generation.

Why is the CE mark important?
The CE mark proves the transformer meets strict European safety and environmental rules. It ensures the product is safe to use. It also confirms the transformer performs reliably under tough wind farm conditions. This mark is essential for selling and operating in Europe.

What voltages can it handle?
This transformer connects to the wind farm’s medium-voltage network. It accepts input voltages like 35kV or 220kV. It outputs lower voltages needed locally. Typical outputs are 400V, 6kV, or 11kV. This flexibility suits different connection points within the farm.

Why use oil immersion?
Oil cools the transformer effectively. It also insulates the internal parts. This design is robust. It handles the high power levels and potential overloads in wind applications. Oil immersion provides good long-term reliability outdoors.

Can it change voltage levels?
Yes, that’s its main purpose. It steps down the high voltage collected from the turbines. It converts 35kV or 220kV input to usable lower voltages like 400V, 6kV, or 11kV. This allows efficient power distribution inside the wind farm.