Product Description
Discover the groundbreaking potential of our amorphous alloy oil-immersed transformer, a marvel of modern engineering and eco-friendly materials. This cutting-edge innovation delivers unmatched advantages in power distribution, ensuring exceptional performance and environmental sustainability.
- Amorphous Alloy Core: Engineered from a superior mix of iron, boron, and amorphous alloy, this core features a revolutionary atomic configuration with a disordered structure. Such engineering minimizes magnetization energy needs and drastically reduces excitation losses, setting an industry benchmark in efficiency.
- Core Structure: Our pioneering three-phase five-post core design reduces height significantly compared to traditional three-phase three-post arrangements. Its rectangular shape and accessible lower yoke simplify coil integration and facilitate effortless maintenance.
- Winding Design: The high-voltage windings boast an advanced multi-layer cylindrical configuration, while the low-voltage windings are reinforced with premium copper foil. This meticulous design enhances ampere-turn equilibrium and curtails flux leakage. With cutting-edge conductor tension and pressure reinforcement, these windings ensure unparalleled short-circuit resistance, guaranteeing reliability and extended lifespan.
- Construction and Sealing: Constructed with a robust fully-sealed oil-immersed architecture, this transformer employs state-of-the-art vacuum drying and oil filling techniques, eliminating the necessity for an oil conservator and boosting operational integrity.
- Reduced Loss: The SBH11 series maintains a load loss comparable to the S9 series, yet excels by reducing no-load loss to just 25% of S9 models. The SBH15 series further pushes the boundaries of efficiency, achieving a remarkable 20% of the no-load loss, representing a monumental advance in energy-saving excellence.
- Maintenance-Free: Crafted for effortless maintenance, this transformer operates flawlessly without requiring oil changes, drastically cutting upkeep costs and significantly prolonging its lifespan, thereby providing substantial economic and operational benefits.
- Cost Efficiency: With impressive annual energy savings, the initial investment difference when compared to traditional silicon steel models is typically recovered within four years, making it an astute financial decision for sustainable energy management over the long term.