Low Loss Pad Mounted Transformer 13.2 Kv 2500kva

Low loss pad mounted transformer 13.2 kv 2500kva is a transformer designed mainly with the aim of low loss. Therefore, from the design of core components, material selection and processing techniques to the assembly structure, all aspects of loss control are comprehensively managed.

First, by selecting high magnetic conductivity oriented silicon steel sheets and using 45° fully inclined seam assembly, the magnetic resistance is reduced, significantly lowering the no load loss of the low loss pad mounted transformer 13.2 kv 2500kva. And the transformer uses high quality oxygen free copper wires, with the windings arranged neatly, and the current density is reasonably controlled to effectively reduce the load loss.

Second, precisely control the magnetic flux density of the core to avoid magnetic saturation, thereby reducing excitation loss and heat loss. Optimize the oil circulation path and combine with efficient heat dissipation components. The low loss pad mounted transformer can reduce the temperature rise during operation and minimize additional energy consumption losses.

Thirdly, by reducing the gap between the iron core joints and tightening the winding fixation structure, the additional losses caused by magnetic leakage can be mitigated. In terms of component procurement, low loss complementary parts are adopted to effectively reduce stray losses, enabling the low loss pad mounted transformer to meet the standard of high energy efficiency and low loss.

With extensive project experience, we are well aware that each project has its own unique requirements. Therefore, we also offer customization transformers that can be adjusted for voltage, capacity, connection method, and special design to perfectly meet your needs.

Technical parameter:

Q: What substantial improvements do the loss optimization of the low loss pad mounted transformer 13.2 kv 2500kva bring to the operational stability and service life of the equipment?

A: The equipment operation loss has been significantly reduced, and the internal heat generation has decreased accordingly. The temperature rise of core components such as windings and cores has been effectively controlled. This can delay the aging and deterioration of insulation materials and transformer oil, avoid potential hazards such as insulation performance decline and component thermal deformation caused by high temperatures, and significantly reduce the probability of short circuits and local overheating faults.

The stable electromagnetic operation state can reduce equipment operation vibrations and noise, avoid voltage fluctuations caused by electromagnetic interference, and ensure that the power supply output quality under the 13.2kV high voltage condition always meets the standards.

Long term low loss operation can alleviate the fatigue loss of core components, effectively extend the overall service life of the equipment, and at the same time reduce the number of fault shutdowns, reduce the operation and maintenance expenses for daily inspections and parts replacements, and truly enhance the long term operational reliability and economic benefits of the equipment.

Equipment

Product Detial

Ring Type

Terminal Type

Transformer Body

Product in Process

Test Center

Winding Workshop