33kv 5 Mva Power Distribution Transformer

Conso Electrical Science and Technology Co., Ltd owns a expert engineer team to provide an ideal solution of 33kv power distribution transformer to clients. To produce a competitive 33kv 5 mva power distribution transformer, Conso Electrical has a serious production management system. The company will has a storage for regular raw materials. The director of transformer workshop will inspect the incoming materials. Meanwhile, to ensue the quality, each 33kv 5 mva power distribution transformer will have the required tests before shipping. It is our honour to deliver qualified distortion transformer and valuable service to clients from the world.

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Product Description

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33kv 5 mva power distribution transformer introduction:

A 33kv 5 mva power distribution transformer plays an irreplaceable role in electrical power systems. It can convert high-voltage electrical energy transmitted to substations into low-voltage electrical energy suitable for supply to various end-users, such as residential, industrial, and commercial applications. The stability and efficiency of a 33kv 5 mva power distribution transformer are vital for ensuring the safe operation of the power system and the quality of electricity supply.

The core of a 33kv 5 mva power distribution transformer plays a significant role. It is made of highly permeable materials, such as silicon steel sheets. The design and manufacturing of the core should aim to enhance the transformer's efficiency and reduce energy losses. Additionally, the windings are a critical component of the transformer, made from conductive materials. A well-designed winding can improve the transformer's electrical performance and thermal conductivity.

33kv 5 mva power distribution transformer Technical Parameter:

Rated Capacity:	5000 kva or 5.0 mva;
Mode:	S11-M-5000 or depends;
Primary Voltage:	33kV;
Secondary Voltage:	6.6kV, 10kV,11kV, 15kV;
No loading loss:	4320 W±15% or depends;
loading loss:	31300 W±15% or depends;
Impedance:	7.0±15%;
No loading Current:	≤0.45%
Temperature Rise:	50K/55K,60K/65K;
Basic Insulation Level:	200kV/85kV(LI/AC).