Transformers

ANSI/IEEE compliant 60Hz pad-mounted transformers, designed for outdoor underground distribution.

Fully sealed, energy-saving, reliable performance, low maintenance for urban and rural distribution.

Automatic voltage regulation, adapts to varying loads, ensures stable power supply.

High overload tolerance, enhanced cooling, stable under peak loads, reliable for high-demand applications.

Low losses, high efficiency, low partial discharge, strong short-circuit resistance.

Low loss, low noise, long service life. High overload capacity for stable operation.

Stereo-wound core design, balanced magnetic circuit, low loss, low noise, high reliability.

Ultra low loss, fully sealed and maintenance-free, efficient and energy-saving, super reliable.

Energy-efficient, low loss, compact structure, excellent heat dissipation and short-circuit resistance.

Compact structure, low losses, strong short-circuit resistance, stable operation.

Efficient, durable, low maintenance. Stable power for rural grids and small facilities.

Stable, efficient, compact structure, reliable operation.

Open-winding design, excellent heat dissipation, eco-friendly, safe for hospitals, data centers, and noise-sensitive areas.

Low loss, low noise, significant energy-saving effect, stable and reliable operation; Small size, light weight, easy installation.

Epoxy resin cast, high efficiency, low loss, fire and moisture resistant, for critical medium-voltage power needs.

Safe, oil-free, explosion-resistant, reliable power supply for mining operations.

Non-encapsulated dry-type design, flame and moisture-resistant, high efficiency, easy maintenance for demanding environments.

Dry, oil-free design, flame-resistant, safe and efficient. Stable voltage control with OLTC technology.

Epoxy resin cast design, OLTC voltage regulation, reliable and low-maintenance for medium-voltage applications.

Amorphous alloy core, ultra-low no-load loss, high efficiency, eco-friendly dry-type design.

Safe, reliable, eco-friendly epoxy resin cast dry-type transformer for indoor and limited-ventilation environments.

Epoxy resin cast, OLTC voltage regulation, fire-resistant, low loss, reliable for high-capacity power needs.

Modular integrated design, compact structure, factory pre-assembled, fast on-site installation for reliable power distribution.

Integrated prefabricated design, corrosion-resistant enclosure, factory-tested for fast, reliable power distribution.

Compact, integrated design, factory-tested, fast on-site installation, ideal for urban and commercial distribution.

Amorphous alloy core, ultra-low no-load loss, high efficiency, for urban/rural grids, industrial plants and commercial complexes.

Amorphous alloy core, ultra-low no-load loss, high energy efficiency, safe and eco-friendly dry-type design.

Specialized for wind farms, stable conversion, strong insulation, reliable in harsh conditions.

Tailored specifically for wind power generation Adopting cutting-edge technology and high-quality materials Strong environmental adaptability Efficient and stable boosting Low loss and high energy efficiency Strong anti-interference ability

High impedance, strong overload, low loss, adaptable to high current and low voltage requirements, effectively reducing harmonic interference

Efficient and stable power output, low energy consumption, and few faults

Low loss, high efficiency, fully sealed, strong short-circuit resistance, long service life.

Low loss, high efficiency, strong short-circuit resistance, fully sealed, reliable for high-voltage transmission.

The solid-insulated ring network cabinet uses new solid insulating materials (such as epoxy resin, silicone rubber, etc.) instead of traditional gas insulation media.

The armored mid-mounted metal-clad switchgear is constructed with cold-rolled steel plates, formed via CNC processing and assembled into a cabinet with armored compartmentalized structure, internally divided into independent circuit breaker chamber, busbar chamber, cable chamber, and relay instrument chamber.

The unit-type AC metal ring network switchgear is a medium-voltage power distribution equipment with a modular structure, using high-quality steel as the cabinet material and adopting a unitized combination design, integrating core components such as load switches, fuses, and busbars internally.

The box-type fixed AC metal switchgear is made of high-strength steel, with a fixed structure design integrating core components such as circuit breakers, isolating switches, and busbars, without drawer-type or mid-mounted movable parts.

Gas-insulated Metal-clad Switchgear (GIS) uses a metal-enclosed housing as the carrier, filled with SF₆ gas as the insulation and arc-extinguishing medium, integrating core components such as circuit breakers, disconnectors, earthing switches, and busbars into a sealed integrated system.

The low-voltage draw-out switch cabinet is a low-voltage power distribution equipment suitable for AC 50Hz, rated voltage 380V-1000V. It adopts a modular drawer-type structure, integrating low-voltage electrical components such as circuit breakers, contactors, and relays.