The only one in Central China that has gathered authorizations from ABB, Schneider, and Siemens
Full-category smart control devices enhanced by international brand cooperation
High current carrying capacity, low energy consumption, intelligent connectivity, suitable for diverse power scenarios
Siemens NXAirs LP

Siemens NXAirs LP

Cooperate with Siemens of Germany to produce medium-voltage switchgear
The medium-voltage switchgear operating at Tianjin FAW Toyota Motor

Siemens SIVACON-8PT

Siemens SIVACON-8PT

Cooperate with Siemens, a German company, to produce low-voltage switchgear
Low-voltage switchgear operating in Wuhan Metro

Schneider MVnex

Schneider MVnex

Cooperate with Schneider Electric of France to produce medium-voltage switchgear
Medium-voltage switchgear operating at Shunfeng Airport

Schneider Blokset

Schneider Blokset

Cooperate with Schneider Electric of France to produce low-voltage switchgear assemblies
Operate the low-voltage switchgear at China Central Television (CCTV)

ABB Unisafe

ABB Unisafe

与瑞士ABB公司合作生产中压开关柜
运行在中共中央党校的中压开关柜

ABB MDmax ST

ABB MDmax ST

瑞士ABB公司合作生产低压成套开关柜
运行在贵阳污水处理厂的低压开关柜

Complete sets of smart control equipment for all categories, safe, reliable, and more environmentally friendly
Self-developed intelligent components for high and low voltage switchgear, featuring high safety, reliability, and environmental friendliness
  • Removable switchgear

    KYN61-40.5 type high-voltage AC metal-clad

    Removable switchgear

    It is suitable for use in three-phase AC 50~60HZ, 40.5KV voltage level power systems, and is used for receiving and distributing electric energy, as well as for controlling, protecting, and monitoring electrical circuits.

  • High-voltage gas-filled ring main unit

    HXGN-GIS-40.5/1250-31.5

    High-voltage gas-filled ring main unit

    With high safety, reliability, and environmental friendliness, it is suitable for various applications such as public and industrial power distribution networks, infrastructure projects, mining, metallurgy, petrochemicals, fuel and gas, container bases, and the shipping industry.

  • Removable switchgear

    KYN28A-24 type high-voltage AC metal-clad

    Removable switchgear

    It is suitable for use in indoor three-phase 50~60HZ power systems with a rated voltage of 24KV, and is used in the processes of power generation, transmission, distribution, and conversion. It is equipment for switching, control, and protection of electricity.

  • Removable switchgear

    KYN28A-12 type high-voltage AC metal-clad

    Removable switchgear

    The indoor complete power distribution equipment with three-phase AC 50HZ is used to receive and distribute electric energy ranging from 3.6 to 12KV, and to control, protect, and monitor the circuit.

  • high-voltage ring main unit

    XGN15-12 type unit-type sulfur hexafluoride

    high-voltage ring main unit

    The switch adopts metal enclosed switchgear with sulfur hexafluoride gas insulation, featuring a compact structure and flexible operation. It incorporates sensing technology and the latest protection relays.

  • Closed loop network switchgear

    HXGN17-12 type fixed AC metal

    Closed loop network switchgear

    Introducing advanced foreign technology and combining it with China's power supply requirements, we have designed and developed a new generation of products specifically for urban power grid transformation and construction.

  • Combined low-voltage switchgear

    GCD Type

    Combined low-voltage switchgear

    The GCD type modular low-voltage switchgear is suitable for systems with an AC frequency of 50~60HZ and a rated working voltage of 690V and below. It is used for the control of equipment involved in power generation, transmission, distribution, energy conversion, and consumption. It can be designed as a hybrid of fixed and drawer cabinets to meet different power supply needs.

  • AC low-voltage distribution cabinet

    GGD Type

    AC low-voltage distribution cabinet

    The GGD type AC low-voltage distribution cabinet switchgear is suitable for use at an AC frequency of 50HZ and a rated working voltage of 380V. It is designed for power distribution, lighting, and the conversion, distribution, and control of electrical energy for equipment. It is applicable to power users such as power plants, substations, industrial and mining enterprises, etc.

  • AC withdrawable low-voltage switchgear

    MNS Type

    AC withdrawable low-voltage switchgear

    The MNS type low-voltage withdrawable switchgear is suitable for AC 50~60HZ. It can serve as a primary distribution device at the transformer end, a secondary distribution device at the load center, and even as a local distribution device at the load end. It is widely applicable in various industries such as electricity, ports, mining, railways, transportation, municipal administration, and civil use.

  • AC withdrawable low-voltage switchgear

    GGD Type

    AC withdrawable low-voltage switchgear

    The GCS type AC withdrawable low-voltage switchgear is suitable for use in three-phase five-wire (TN-S) or three-phase four-wire (TN-C) distribution systems with AC 50~60HZ, rated current up to 6300A, and rated voltage of 660V and below. It is used for low-voltage power receiving, feeding, lighting, and motor control in industries such as power plants, substations, industrial and mining enterprises.

  • AC withdrawable low-voltage switchgear

    GCK Type

    AC withdrawable low-voltage switchgear

    The GCK type AC withdrawable low-voltage switchgear is widely used in power plants, substations, and other power users, operating at 50HZ and with a maximum working voltage of up to 660V. It serves as a power conversion, distribution, and control device for power distribution, motor control, lighting, and other distribution equipment.

  • Low-voltage complete reactive power compensation device

    CJDR Type

    Low-voltage complete reactive power compensation device

    The CJDR low-voltage complete reactive power compensation device is widely used in various industries such as manufacturing, metallurgy, chemical, power, petrochemical, automotive, shipbuilding, construction, communication, hospitals, and airports. It employs shunt capacitors to compensate for the reactive power of continuously operating asynchronous motors and inductive loads. Proper selection of the compensation device can reduce network losses and enhance the quality of the power grid.

  • High-frequency switch DC power cabinet

    GZD(W) Type

    High-frequency switch DC power cabinet

    The GZD(W) series intelligent high-frequency switch DC power cabinet is a new generation of power operation power supply designed for the future development direction of power system equipment. This system utilizes advanced control technology, enabling the rectifier module to have intelligent control functions, further improving the reliability of the system.

  • Microcomputer protection and monitoring panel

    PK Series

    Microcomputer protection and monitoring panel

    The PK series microcomputer protection and monitoring panel is applied to transformer (distribution) stations with voltage levels of 35 kV and below, providing intelligent and networked measurement, protection, and control functions for various high-voltage equipment within the station. At the same time, it communicates in real-time with the superior master station to achieve comprehensive automation of the transformer (distribution) station.

  • Low-voltage power distribution cabinet

    XL Type

    Low-voltage power distribution cabinet

    The most widely used indoor low-voltage switchgear assembly in China is extensively employed in power and lighting distribution terminals for industrial plants, high-rise buildings, commercial complexes, municipal engineering, and other scenarios.

  • DC panel

    DC panel

    The DC panel provides DC110V/220V voltage levels and supports a maximum output capacity of 100AH, specifically designed to provide a highly reliable uninterruptible power supply solution for relay protection devices, circuit breaker operating systems, and emergency power loads. It has been widely applied in key power infrastructure fields such as smart substations, new energy power generation stations, and industrial distribution networks.