

/Grid-level power distribution equipment
High and low voltage switchgear assemblies
Constructed from high-strength aluminium-zinc-coated steel sheets and featuring high-quality vacuum circuit breakers, this system is equipped with a mandatory mechanical five-prevention interlock mechanism. It is specifically designed for high-voltage power distribution systems in substations, industrial and mining enterprises, and similar settings, ensuring thirty years of safe operation.











Low Voltage Switchgear (0.4kV – 1kV)
Low voltage switchgear is designed for power distribution, motor control, and protection in commercial and industrial systems.
🏢 Commercial Buildings
🏭 Industrial Plants
🏥 Hospitals
Medium Voltage Switchgear (6kV – 35kV)
Medium voltage switchgear provides safe and reliable control of power distribution in substations and industrial networks.
⚡ Substations
🏭 Industrial Power Systems
☀️ Renewable Energy Plants
High Voltage Switchgear (40.5kV and above)
High voltage switchgear is used in transmission and primary distribution networks, ensuring safe interruption and system protection.
⚡ Transmission Substations
🌍 Grid Infrastructure
🏭 Large Industrial Plants
Product Classification Introduction
Our switchgear product portfolio covers low, medium, and high voltage systems designed for full-scale power distribution—from end-user facilities to national transmission networks.Each product category is engineered according to international standards (IEC, IEEE, GB) to ensure safety, reliability, and long-term performance.







Safety and Performance
Three core technologies ensure
Strictly compliant with national GB and international IEC standards, and having passed full-load type tests, the product meets high safety standards in every aspect, from its physical structure to its core electrical components.
Safety precautions
Core components
Sturdy cabinet
Mechanical five-point interlock
Long-life circuit breaker
Aluminium-zinc-coated sheet structure
Equipped with a mandatory mechanical interlock mechanism, it effectively prevents the accidental operation of circuit breakers and the opening of knife switches under load, thereby ensuring the absolute safety of on-site personnel.
Equipped with a high-quality, hermetically sealed vacuum circuit breaker, it offers an extremely high short-circuit breaking capacity and a long mechanical and electrical service life, significantly reducing the frequency of maintenance.
The cabinet is constructed from imported aluminium-zinc-coated steel sheets, machined using high-precision CNC machines, offering excellent corrosion resistance. The multi-fold assembly ensures exceptional resistance to external impact.



product model








XGN Series
(Fixed Type Switchgear)
Designed for medium-voltage systems requiring high operational reliability and structural durability.
Ideal for compact substations, industrial plants, and utility distribution systems.
KYN28A-12/24
Metal-Clad Withdrawable Switchgear
Complete indoor power distribution unitfor 12/24kV systems, featuring metal-clad structure and centralized truckdesign for superior safety and reliability.
HXGN15-12
Ring Main Unit (RMU)
Highly Integrated & Modular
Highly integrated and modular RMU for 12kV distribution systems,designed to provide exceptionally reliable load control andcircuit protection
GGD Series
AC Low-Voltage Fixed-type Switchgear
The GGD series switchgear features a highly versatile frame design, balancing mechanical strength with assembly flexibility.
GCS Series
Low-Voltage Withdrawable Switchgear
Fully modular design for complexdistribution logic with high precisionand enclosure flexibility.
HIGH VOLTAGE
40.5kV and above
Designed for powertransmission and primarydistribution networks
MEDIUM VOLTAGE 6kV-35kV Compact, safe and reliablesolutions for substation andindustrial power distribution
LOW VOLTAGE
0.4kV -1kVFlexible and efficient solutionsfor end-user distribution andpower control applications
A comprehensive range of switchgear solutions covering low, medlum, and high voltage systems,engineered to deliver safety, reliability, and high performance for every power application
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