All 9 products from Golden Triangle Electric Power Technology Co.,Ltd.

This oil-immersed transformer utilizes a 3D core to enhance efficiency and reduce energy loss. Designed for outdoor use, it provides stable and efficient power conversion in a robust structure.

This dry-type transformer is designed with a 3D core for efficient power transmission and distribution. The transformer's dry-type construction enhances safety and reduces environmental impact by eliminating the need for oil or liquid coolants.

The SCB11 dry-type transformer is designed for indoor applications and voltage transformation in electrical power distribution systems. Its core is made of high-quality silicon steel laminations, ensuring low core loss and high efficiency.

This dry type transformer is designed for indoor voltage transformation, offering energy savings and high performance. Its copper windings and silicon steel core ensure low losses and reliable operation.

This oil-immersed power transformer is designed for efficient and reliable voltage transformation in power distribution systems. Its robust construction includes cooling fins for heat dissipation and high-voltage bushings for stable electrical connections.

This oil-immersed transformer is designed for outdoor use and provides efficient, reliable voltage transformation. Its high-quality core and copper windings minimize energy loss.

This oil-immersed transformer is designed for outdoor use, providing efficient and reliable voltage transformation. Its high-quality construction and low losses result in significant energy savings.

This dry type transformer is designed for indoor applications, offering enhanced safety and reliability compared to oil-filled models. It is suitable for a wide range of industrial and commercial applications where safety and environmental considerations are paramount.

This oil-immersed distribution transformer ensures efficient voltage transformation within power distribution networks. Its durable construction includes corrugated fins for effective heat dissipation and long-term stability.