SBH25-10kV Oil Immersed Three Phase Amorphous Alloy Distribution Transformer

The SBH25-10kV series oil-immersed amorphous alloy distribution transformer represents a significant technological leap forward in reducing power grid distribution losses and mitigation of atmospheric pollution. Engineered as a highly efficient, new-type green distribution solution, this transformer utilizes an iron core constructed from premium iron-based amorphous alloy ribbons. Compared to traditional silicon steel core transformers, the SBH25 series achieves an extraordinary reduction of approximately 80% in standing no-load losses, providing magnificent energy-saving benefits across standard electrical utility grids.
The core material features high saturation magnetic induction, low exciting current, and excellent thermal stability, derived from a rapid cooling production process that leaves metal atoms in a disordered, non-crystalline state. Structurally, the SBH25-10kV transformer adopts a reliable single-frame or three-phase five-column wound core design with a tightly clamped, formed frame structure. The low-voltage windings are engineered as copper foil structures, which drastically lower structural loss, optimize thermal dispersion, and significantly bolster short-circuit resistance. It has been fully certified as a national energy-saving product and is highly recommended for modern ecological grid projects.

• Exceptional No-Load Savings: The iron-based amorphous alloy core cuts standing no-load losses by roughly 80% compared to traditional silicon steel models.

• Ultra-Low Exciting Current: Utilizes disordered atomic structure properties to reduce the exciting current to 20% of standard S9 series requirements.

• Robust Foil Winding Structure: The low-voltage winding utilizes a full copper foil structure to ensure superior short-circuit withstand capabilities.

• Eco-Friendly Sealed Tank: The oil-immersed sealed design completely prevents the emission of harmful greenhouse or corrosive gases like CO2, SO2, and NOx.

• Certified Grid Efficiency: Awarded national energy-saving product certifications, with overall technical indexes matching advanced global performance tiers.

• S: Three-phase grid distribution configuration.

• B: Low-voltage winding designed with an efficient foil structure.

• H: High-efficiency iron-based amorphous alloy material core.

• 25: Performance level designation index.

• [Modular Slots]: Denotes Rated Capacity (kVA) / High-Voltage Class Rating (kV).

• Outdoor Grid Adaptability: Engineered primarily as an outdoor complete set substation unit, featuring robust weatherproofing and oil conservation tanks.

• Industrial & Mining Service: Perfectly suited for continuous-running manufacturing plants, petrochemical sites, and heavy industrial distribution grids.

• Urban & Rural Infrastructure: Universally deployed across urban residential networks, rural electrification projects, and areas targeting aggressive carbon emission rollbacks.

• High Pollution Control Zones: Designed for eco-sensitive regions where zero toxic gas discharge and ultra-low acoustic operating signatures are strictly mandated.

When scaling modern utility networks, balancing high grid reliability with operational cost minimization is paramount. The JNCN SBH25-10kV transformer provides unmistakable technical and commercial superiorities:

• Substantial ROI via Loss Reduction: By lowering standing no-load losses by 80% every single hour of operation, this unit dramatically optimizes utility network operating costs and slashes overhead.

• Superior Power Grid Safety: The advanced combination of copper foil windings and three-phase five-column structures ensures the highest protection level against sudden high-impact short circuits.

• True Eco-Friendly Shielding: Fully compliant with global green criteria, its fully sealed tank layout eliminates hazardous emissions of gases like CO2 and SO2 into local environments.

• Guaranteed Long-Term Durability: Built with high-strength structural framing and premium oil preservation components, ensuring an extended lifecycle with minimal downtime.