Home
Products
Transformer
Complete Sets Of Equipment
New Energy Series
Oil immersed transformer
Dry Type Transformer
SZ13 on load voltage regulating transformer
Rectifier Transformer
Smd Buried Transformer
ZGS-Z-F. wind power special combination transformer
ZGS-Z. G Photovoltaic Power Generation Special Combination Transformer
Box type Substation Series
High voltage switchgear series
Cable Branch Box Series
Low voltage switchgear series
Photovoltaic New Energy Series
About
Company Profile
Certification
Factory
Case
Blog
Expertise
Company News
Contact
Contact Information
Online Message
Language
中文版
English
Русский
بالعربية
BLOG
What is the importance of oil-immersed power transformers in power systems?
Oil-immersed power transformers play a vital role in the power system. First of all, as one of the core components of the power system, they are responsible for the transmission and distribution of electric energy.
What is the difference between oil-immersed and dry-type transformers?
Transformer is an electrical device that we often use in our lives. It can convert high voltage into low voltage to meet our needs of using electrical appliances. Transformers can be divided into two types: oil-immersed and dry-type according to their different insulating materials. So what is the difference between them?
What issues should be paid attention to in the installation and maintenance of dry-type transformers
When installing and maintaining dry-type transformers, special attention should be paid to several key issues to ensure the safe operation and long-term performance of the equipment.
Transformer classification
Classification by cooling method: Dry type (self-cooling) transformer, oil-immersed (self-cooling) transformer, fluoride (evaporative cooling) transformer.
Calculation method of iron loss and copper loss of power transformer
1. Regarding the power consumed by iron loss (no-load loss of transformer), whether you are carrying load or not, as long as the transformer is connected to the grid, it consumes power 24 hours a day.
What is the difference between a two-winding transformer and a three-winding transformer?
Three-phase transformers are the most economical power transmission equipment compared to single-phase or multi-phase transformers.
Transformer core cross-sectional area calculation formula
(1) Transformer silicon steel sheet cross section: 3.2CM*3.4CM*0.9=9.792CM^2 (2) Calculate transformer power based on silicon steel sheet cross section: P=S/K^2=(9.79/1.25)^2=61.34 watts (take 60 watts) (3) Calculate the number of turns per volt of the coil based on the cross section: W=4.5*10^5/BmS=4.5*10^5/(10000*9.79)=4.6 turns/volt