Transformers

Dry structure, oil-free and pollution-free, strong fire resistance, safe and reliable, efficient and energy-saving design, reducing operating costs, stable voltage.

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.

High quality materials, efficient and low consumption; Oil immersed heat dissipation, stable and durable. Overload and strong insulation performance, easily adaptable to rural power grids and small factories, providing stable power guarantee for equipment.

Energy-saving, good electrical and mechanical performance, stable and reliable operation.

High utilization rate of core materials, balanced three-phase magnetic circuit, significantly reduced losses and noise, high reliability

Automatic capacity adjustment, accurate adaptation to different load demands

Reduced no-load losses, low temperature rise, long lifespan, overload operation capability, and low noise.

High overload capacity, ensuring the safety and stability of rural power supply

Novel structure, low losses, small volume, and strong short-circuit resistance.

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

Engineered for safe, reliable, and eco-friendly performance in indoor or limited-ventilation environments.

Class II energy-efficient dry-type transformers for stable power in critical applications.

Equipped with the OLTC function, it can smoothly adjust the voltage during the operation of the transformer

Provide stable and reliable power supply for places with strict requirements for power stability and capacity

Used in places with high requirements for environmental friendliness and heat dissipation, such as data centers, hospitals etc.

They adopt advanced manufacturing techniques, using amorphous alloy as the core material and a dry - type structure.

Reaches Class I - III energy efficiency. The dry - type structure endows it with good insulation and heat dissipation capabilities

It is suitable for urban and rural power grid transformation, industrial plant power supply, commercial complex power distribution and other fields

Specialized combination transformer Efficient and stable conversion Super strong insulation protection Easily handle complex working conditions Excellent quality, long-lasting stability Stable power supply to safeguard the project

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

Adopting high-quality silicon steel sheet iron core and advanced winding technology Low loss and strong short-circuit resistance Fully sealed structure delays insulation aging Intelligent voltage regulation accurately adapts to power grid fluctuations Extremely low failure rate and long lifespan

Using top-notch materials and exquisite craftsmanship Low energy loss and high efficiency Strong short-circuit resistance performance Fearless of power grid fluctuations Fully sealed structure Durable and reliable insulation Long lifespan far exceeds peers Intelligent voltage regulation, precise and stable power supply

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

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

Efficient and energy-saving, stable and durable, low loss, excellent heat dissipation, and outstanding short-circuit resistance performance.

The 10KV - class ZBW Type European - style Prefabricated Substation adopts a standardized and modular design, compactly integrating high - voltage switchgear, transformers, low - voltage distribution devices, etc. into one or more cabinets.

The 10kV XWB Type European-style Prefabricated Substation integrates high-voltage switchgear, transformers, and low-voltage distribution systems into a sealed enclosure made of anti-corrosion alloy steel plates.

Efficient and stable, intelligent voltage regulation, energy-saving and environmentally friendly, compact structure, earthquake and impact resistance.

The 10kV ZB1—336 Type American-style Prefabricated Substation features an integrated design, integrating high-voltage load switches, transformers, and low-voltage outgoing switches into a compact steel structure enclosure.

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

Adopting advanced materials and processes, it has the advantages of high efficiency, energy saving, strong overload capacity, fire and moisture resistance, stable operation and convenient maintenance.

Efficient and stable power supply, resistant to short circuits and impacts, comprehensively safeguarding the safety of mine operations and power stability.