Product Description
The Amorphous Alloy Oil-Immersed Transformer by Beierbian Group Co., Ltd showcases cutting-edge technology combined with energy-efficient materials. It provides remarkable benefits for power distribution, setting a new standard in industry innovation.
- Amorphous Alloy Core: Ingeniously crafted from iron, boron, and amorphous alloy, the core boasts a disordered atomic structure that significantly reduces magnetization energy. This results in extraordinarily low excitation loss, enhancing performance and sustainability.
- Core Structure: Engineered with a sophisticated three-phase five-post design, this compact configuration minimizes height in comparison to traditional three-phase three-post models. Its rectangular cross-section and openable lower yoke facilitate easier coil fitting, proving both innovative and practical.
- Winding Design: The high-voltage windings are meticulously designed with a multi-layer cylindrical structure, while the low-voltage windings employ copper foil to perfect the ampere-turn balance and minimize flux leakage. Enhanced with cutting-edge conductor tension and pressure technologies, these windings are built to withstand even the most demanding short-circuit conditions.
- Construction and Sealing: Featuring an expertly crafted fully-sealed oil-immersed structure, this transformer utilizes vacuum drying and oil filling techniques, completely eliminating the need for an oil conservator, leading to unparalleled reliability.
- Reduced Loss: Achieving efficiency at its finest, the SBH11 series boasts a load loss comparable to the acclaimed S9 series, yet delivers a staggering reduction in no-load loss to merely 25% of the S9 models, with the SBH15 further reducing it to an impressive 20%.
- Maintenance-Free: Designed for hassle-free operation, this transformer eliminates the need for oil changes, significantly reducing maintenance costs while extending the lifespan, promising exceptional value and reliability.
- Cost Efficiency: With substantial annual energy savings, the initial investment over traditional silicon steel models is efficiently recovered within approximately four years, showcasing unparalleled cost-effectiveness.
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