230kV Power Transformer
Product Introduction
During the design and manufacturing process of the 230kV transformer, all key components such as the core, coil, body, lead wire, mailbox, etc. were comprehensively optimized and strictly verified to ensure its excellent performance. By adopting advanced process design, combining carefully selected high-quality materials, and cooperating with efficient production and manufacturing processes, the transformer has been significantly optimized in both size and weight, and has the characteristics of being small and light.
The 230kV transformer also has significant advantages such as low loss, low partial discharge and low noise, which not only improves the overall quality of the product, but also makes it perform well in energy saving and environmental protection. Its design concept fully considers the actual needs of users, ensures the convenience of installation and maintenance, and greatly reduces the user's use cost. At the same time, the operating reliability of the transformer is also effectively guaranteed, and it can operate stably in various complex working environments, thereby further reducing the operating costs of the product and improving economic benefits. In short, the 230kV transformer has become an indispensable and important equipment in the power system with its superior performance and high cost performance.
Technical Data Sheet
Technical Data for 230KV Class Three Phase Two Winding OLTC Power Transformer
|
Rated Power |
High Voltage |
Low Voltage |
Connection |
Short Circuit |
Loss |
No load |
|
|
No-load Loss(KW) |
On-load |
||||||
|
30000 |
230 |
6.3 |
YNd11 |
12 |
30 |
128 |
0.69 |
|
37500 |
36 |
149 |
0.63 |
||||
|
50000 |
43 |
180 |
0.63 |
||||
|
60000 |
50 |
209 |
0.57 |
||||
Note:The above data is only subject to our standard design,special requirement can be customized.
Technical Data for 230KV Class Three Phase Two Winding NLTC Power Transformer
|
Rated Power |
High Voltage |
Low Voltage |
Connection |
Short Circuit |
Loss |
No load |
|
|
No-load Loss(KW) |
On-load |
||||||
|
30000 |
230 |
6.3 |
YNd11 |
12 |
28 |
128 |
0.7 |
|
37500 |
33 |
149 |
0.7 |
||||
|
50000 |
39 |
180 |
0.65 |
||||
|
60000 |
46 |
209 |
0.65 |
||||
Note:The above data is only subject to our standard design,special requirement can be customized.




