Conso Electrical Technology and Science Co., Ltd. has the ability to fabricate a 35 kv 20000 kva power transformer. As the development since 2006, Conso Electrical has founded a well established production management system to produce 35kv power transformer. The incoming material of 35kv power transformer is from the suppliers which shares a solid reputation within the industry. The main procedure will be inspected to ensure quality of 35kv power transformer match to the demands. Because of this, Conso Electrical supplied 35kV power transformers for overseas electrical projects as an equipment manufacture. We welcome friends from all over the world to visit and provide guidance to our company.
Having gained an understanding of the structure and working principles of power transformers and analyzed the factors that affect their economic operation, the next step is for relevant personnel to enhance the economic efficiency of power transformer operation through effective improvement measures. The following analysis focuses on several key aspects:
1 Utilizing Advanced Technological Methods
When aiming to improve the economic operational efficiency of power transformers, power companies should place a strong emphasis on adopting advanced electrical technology and methods. By implementing advanced improvement techniques, companies can enhance their economic development. Additionally, enterprises should improve traditional methods in the power system, with a particular focus on the use of scientific and technological innovations. This approach not only reduces labor and resource wastage but also greatly benefits the economic operation of transformers.
2 Choosing Appropriate Transformer Capacities
Considering the significant impact of transformer selection on the operation of power systems, enterprises should choose transformers with suitable designs. These transformers should be matched to the power station's supply load and voltage requirements. This helps address issues of excessive power consumption while reducing energy loss and conserving resources.
3 Conducting Necessary Testing Work
Before power transformers begin operation, relevant personnel should carry out scientific and rational testing work on the power system. Both AC and DC testing methods can be employed for this purpose. This approach not only ensures the safe testing of the power transformer's operational state but also prevents unnecessary complications, such as losses in power supply equipment. Consequently, it helps meet the economic operation requirements of power transformers.
Rated Capacity: | 20000 kva or 20 mva; |
Mode: | S13-M-20000 or depends; |
Voltage Ratio: | 35/11 kV, 35/10, 35/13.8 etc; |
No loading loss: | 11.52 kW±15% or depends; |
loading loss: | 79.515 kW±15% or depends; |
Impedance: | 8.0% ± 15%; |
Short Circuit Current: | ≤0.4%; |
Temperature Rise: | 55K/65K, 60K/65K; |
Cooling method: | Oil Nature Air Nature; |
Transformer Winding:
Transformer in Application:
Winding Workshop |
Coil Drying Area |
Oil Filling Area |
Finished Product Area |
Transformer Oven |
Casting Equipment |
Foil winding machine |
Wooden Box |
Steel Structure |