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Product
Fahrenheit Photovoltaic Transformer Substation
The Huashi pad-mounted substation is the result of Chinese engineers drawing on the superior heat‑dissipation performance of American designs and the comprehensive protection features of European models, while refining a compact structural design. It addresses the shortcomings of inadequate protection in American units and poor heat dissipation in European ones, and currently boasts very promising market prospects.
Fahrenheit Photovoltaic Transformer Substation
The Huashi pad-mounted substation is the result of Chinese engineers drawing on the superior heat‑dissipation performance of American designs and the comprehensive protection features of European models, while refining a compact structural design. It addresses the shortcomings of inadequate protection in American units and poor heat dissipation in European ones, and currently boasts very promising market prospects.
Outdoor Prefabricated Substation (European Style)
It is widely used in urban power grid upgrades, residential communities, high-rise buildings, industrial and mining facilities, hotels, shopping malls, airports, railways, oilfields, ports, highways, and other indoor and outdoor electrical installations.
Outdoor Prefabricated Substation (European Style)
It is widely used in urban power grid upgrades, residential communities, high-rise buildings, industrial and mining facilities, hotels, shopping malls, airports, railways, oilfields, ports, highways, and other indoor and outdoor electrical installations.
ABB-authorized high-voltage switchgear UniSafe
UniSafe is a three-phase AC metal-enclosed switchgear that uses air as the insulating medium and is suitable for indoor applications.
ABB-authorized high-voltage switchgear UniSafe
UniSafe is a three-phase AC metal-enclosed switchgear that uses air as the insulating medium and is suitable for indoor applications.
KYN61-40.5 Metal-Clad Withdrawable Switchgear
The KYN61-40.5 armored, withdrawable AC metal-clad switchgear is an indoor, complete distribution device designed for three-phase AC systems operating at 50 Hz and a rated voltage of 40.5 kV. It is used in power plants, substations, and industrial and mining enterprises to receive and distribute electrical energy, providing circuit control, protection, and monitoring functions, and is also suitable for applications involving frequent switching operations.
KYN61-40.5 Metal-Clad Withdrawable Switchgear
The KYN61-40.5 armored, withdrawable AC metal-clad switchgear is an indoor, complete distribution device designed for three-phase AC systems operating at 50 Hz and a rated voltage of 40.5 kV. It is used in power plants, substations, and industrial and mining enterprises to receive and distribute electrical energy, providing circuit control, protection, and monitoring functions, and is also suitable for applications involving frequent switching operations.
KYN28-12 Type AC Metal-Clad Withdrawable Switchgear
The KYN28-12 high-voltage switchgear is a center-mounted type designed for receiving and distributing electrical power from the grid, as well as for protecting and controlling high-voltage electrical equipment. Its internal components include high-voltage circuit breakers, load switches, contactors, high-voltage fuses, disconnect switches, earthing switches, instrument transformers, transformers, and other electrical devices. It employs air or composite insulating materials as both insulation and arc-quenching media and is commonly installed in indoor distribution rooms.
KYN28-12 Type AC Metal-Clad Withdrawable Switchgear
The KYN28-12 high-voltage switchgear is a center-mounted type designed for receiving and distributing electrical power from the grid, as well as for protecting and controlling high-voltage electrical equipment. Its internal components include high-voltage circuit breakers, load switches, contactors, high-voltage fuses, disconnect switches, earthing switches, instrument transformers, transformers, and other electrical devices. It employs air or composite insulating materials as both insulation and arc-quenching media and is commonly installed in indoor distribution rooms.
HXGN-12 AC Metal-Enclosed Ring Main Unit
With features such as compact size, light weight, simple operation, and convenient installation and maintenance, this product represents a new generation of medium-voltage switchgear required for urban power grid renovation and construction. Its performance parameters comply with the IEC 298 standard “AC Metal-Enclosed Switchgear” and the GB 3906 standard “3–35 kV AC Metal-Enclosed Switchgear,” and it incorporates reliable anti‑misoperation features, achieving an ingress protection rating of IP4X.
HXGN-12 AC Metal-Enclosed Ring Main Unit
With features such as compact size, light weight, simple operation, and convenient installation and maintenance, this product represents a new generation of medium-voltage switchgear required for urban power grid renovation and construction. Its performance parameters comply with the IEC 298 standard “AC Metal-Enclosed Switchgear” and the GB 3906 standard “3–35 kV AC Metal-Enclosed Switchgear,” and it incorporates reliable anti‑misoperation features, achieving an ingress protection rating of IP4X.
Schneider‑authorized low‑voltage distribution cabinet BlokSeT
BlokSeT is a high‑quality switchgear that complies with both international and domestic standards. The products have been certified by the internationally recognized ASEFA testing laboratory and undergo regular, ongoing inspections at Schneider Electric’s own test facilities.
Schneider‑authorized low‑voltage distribution cabinet BlokSeT
BlokSeT is a high‑quality switchgear that complies with both international and domestic standards. The products have been certified by the internationally recognized ASEFA testing laboratory and undergo regular, ongoing inspections at Schneider Electric’s own test facilities.
Siemens‑authorized low‑voltage distribution cabinet 8PT
The 8PT is a new type of low-voltage switchgear designed by Siemens, featuring circuit breaker technology, fixed‑mounting design, withdrawable‑type configuration, and plug‑in technology.
Siemens‑authorized low‑voltage distribution cabinet 8PT
The 8PT is a new type of low-voltage switchgear designed by Siemens, featuring circuit breaker technology, fixed‑mounting design, withdrawable‑type configuration, and plug‑in technology.
ABB‑authorized MDmax low-voltage switchgear
MDmax is a modular, multifunctional low-voltage switchgear that has undergone full type testing. It employs standardized electrical and mechanical components and assemblies, ensuring compactness, versatility, and flexibility in cabinet configuration.
ABB‑authorized MDmax low-voltage switchgear
MDmax is a modular, multifunctional low-voltage switchgear that has undergone full type testing. It employs standardized electrical and mechanical components and assemblies, ensuring compactness, versatility, and flexibility in cabinet configuration.
MNS Low-Voltage Distribution Cabinet
The MNS low-voltage switchgear is a new type of modular low-voltage switchgear developed by our company, building on traditional distribution cabinets and incorporating project-specific applications and the latest manufacturing technologies. Featuring a compact design, high structural versatility, and flexible assembly, this product adopts a standardized modular architecture, making it a safe, economical, rational, and reliable new-generation withdrawable low-voltage switchgear.
MNS Low-Voltage Distribution Cabinet
The MNS low-voltage switchgear is a new type of modular low-voltage switchgear developed by our company, building on traditional distribution cabinets and incorporating project-specific applications and the latest manufacturing technologies. Featuring a compact design, high structural versatility, and flexible assembly, this product adopts a standardized modular architecture, making it a safe, economical, rational, and reliable new-generation withdrawable low-voltage switchgear.
GCK Low-Voltage Distribution Cabinet
The GCK low-voltage switchgear consists of two main components: the Power Distribution Center (PC) cabinet and the Motor Control Center (MCC). It is suitable for power users such as power plants, substations, and industrial and mining enterprises, serving in AC distribution systems with a frequency of 50 Hz, a maximum operating voltage of up to 660 V, and a maximum operating current of up to 3150 A. It is used for power distribution, motor control, and the conversion, distribution, and control of electrical energy for lighting and other distribution equipment.
GCK Low-Voltage Distribution Cabinet
The GCK low-voltage switchgear consists of two main components: the Power Distribution Center (PC) cabinet and the Motor Control Center (MCC). It is suitable for power users such as power plants, substations, and industrial and mining enterprises, serving in AC distribution systems with a frequency of 50 Hz, a maximum operating voltage of up to 660 V, and a maximum operating current of up to 3150 A. It is used for power distribution, motor control, and the conversion, distribution, and control of electrical energy for lighting and other distribution equipment.
GCS Low-Voltage Distribution Cabinet
The device is suitable for power conversion, distribution, and control in low-voltage distribution systems of power plants, substations, petrochemical facilities, industrial and mining enterprises, high-rise buildings, and other applications, including power and distribution circuits, motor control centers, and capacitor compensation. In power‑using environments such as low‑voltage power control centers and motor control centers at large‑capacity power plants and in large‑scale petrochemical industries, it can meet the specific requirements for interfacing with computers.
GCS Low-Voltage Distribution Cabinet
The device is suitable for power conversion, distribution, and control in low-voltage distribution systems of power plants, substations, petrochemical facilities, industrial and mining enterprises, high-rise buildings, and other applications, including power and distribution circuits, motor control centers, and capacitor compensation. In power‑using environments such as low‑voltage power control centers and motor control centers at large‑capacity power plants and in large‑scale petrochemical industries, it can meet the specific requirements for interfacing with computers.
GGD Low-Voltage Distribution Cabinet
The GGD low-voltage switchgear is suitable for power distribution systems in power plants, substations, industrial and mining enterprises, and other electricity‑using facilities, operating at a rated frequency of 50 Hz, a rated voltage of 380 V, and a rated current of up to 3150 A. It is used for the conversion, distribution, and control of electrical energy in power‑driven, lighting, and distribution equipment.
GGD Low-Voltage Distribution Cabinet
The GGD low-voltage switchgear is suitable for power distribution systems in power plants, substations, industrial and mining enterprises, and other electricity‑using facilities, operating at a rated frequency of 50 Hz, a rated voltage of 380 V, and a rated current of up to 3150 A. It is used for the conversion, distribution, and control of electrical energy in power‑driven, lighting, and distribution equipment.
GGJ Low-Voltage Reactive Power Compensation Device
The GGJ low-voltage reactive power compensation device is a new type of outdoor distribution‑side reactive power compensation cabinet, designed in accordance with the principles of safety, economy, rationality, and reliability. It is suitable for AC 50 Hz distribution systems with a rated voltage of 380 V, such as urban and rural grid upgrades, industrial and mining enterprises, street lighting, and residential communities. This innovative outdoor integrated distribution cabinet integrates multiple functions, including power distribution, control, protection, reactive power compensation, and energy metering, and can be equipped with residual current protection upon customer request.
GGJ Low-Voltage Reactive Power Compensation Device
The GGJ low-voltage reactive power compensation device is a new type of outdoor distribution‑side reactive power compensation cabinet, designed in accordance with the principles of safety, economy, rationality, and reliability. It is suitable for AC 50 Hz distribution systems with a rated voltage of 380 V, such as urban and rural grid upgrades, industrial and mining enterprises, street lighting, and residential communities. This innovative outdoor integrated distribution cabinet integrates multiple functions, including power distribution, control, protection, reactive power compensation, and energy metering, and can be equipped with residual current protection upon customer request.
Power Distribution Box MDrail-E (ABB)
The ABB‑authorized MDrail‑E series low‑voltage power distribution and control cabinets are available in wall‑mounted and floor‑standing configurations. Featuring a standardized design, they boast a compact cabinet structure, high versatility, and excellent cost‑effectiveness.
Power Distribution Box MDrail-E (ABB)
The ABB‑authorized MDrail‑E series low‑voltage power distribution and control cabinets are available in wall‑mounted and floor‑standing configurations. Featuring a standardized design, they boast a compact cabinet structure, high versatility, and excellent cost‑effectiveness.
MNS-E Series Power Distribution Cabinet
The MNS‑E series low‑voltage power distribution and control switchgear complies with international standards such as IEC 60439, GB 7251, BS EN 60439, and AS 3439, ensuring that product quality meets national safety requirements. Installation and connection of the system are carried out in accordance with IEC 60364 and DIN VDE 0105. The MNS‑E is electrical equipment designed for indoor installation.
MNS-E Series Power Distribution Cabinet
The MNS‑E series low‑voltage power distribution and control switchgear complies with international standards such as IEC 60439, GB 7251, BS EN 60439, and AS 3439, ensuring that product quality meets national safety requirements. Installation and connection of the system are carried out in accordance with IEC 60364 and DIN VDE 0105. The MNS‑E is electrical equipment designed for indoor installation.
XL Series Power Distribution Box
Distribution boxes are suitable for industrial and mining enterprises, commercial and service sectors, as well as civil buildings, and are used for power or lighting distribution in three-phase three-wire and three-phase four-wire systems operating at 50 Hz and voltages up to 600 V.
XL Series Power Distribution Box
Distribution boxes are suitable for industrial and mining enterprises, commercial and service sectors, as well as civil buildings, and are used for power or lighting distribution in three-phase three-wire and three-phase four-wire systems operating at 50 Hz and voltages up to 600 V.
ATS Dual-Source Distribution Box
The ATS transfer switchgear continuously monitors the power quality of both utility feeds. The controller can be configured in three operating modes: primary on one circuit, primary on the second circuit, or no primary. When either the first or second circuit is designated as the primary, automatic transfer and restoration are enabled. If the primary feed fails or its power quality falls short of the load’s requirements, the control system automatically switches the load to the backup power source. Once the primary feed is restored to normal conditions, the control system automatically reverts the load to the primary feed.
ATS Dual-Source Distribution Box
The ATS transfer switchgear continuously monitors the power quality of both utility feeds. The controller can be configured in three operating modes: primary on one circuit, primary on the second circuit, or no primary. When either the first or second circuit is designated as the primary, automatic transfer and restoration are enabled. If the primary feed fails or its power quality falls short of the load’s requirements, the control system automatically switches the load to the backup power source. Once the primary feed is restored to normal conditions, the control system automatically reverts the load to the primary feed.
Modular Intelligent Prefabricated Cabin
We offer a fully modular, prefabricated substation solution that reduces the footprint by 30% and shortens system design, installation, and commissioning timelines by 70%. Featuring all‑metal prefabricated modules and an intelligent environmental control system, it is well suited to challenging climatic and geographic conditions such as high temperatures, high humidity, and sandstorms. The solution supports integration with the eCloud energy cloud platform, providing remote health diagnostics, fault analysis, maintenance guidance, and other capabilities to enable unattended substation operation and full lifecycle management of equipment. It delivers reliable performance backed by assured quality.
Modular Intelligent Prefabricated Cabin
We offer a fully modular, prefabricated substation solution that reduces the footprint by 30% and shortens system design, installation, and commissioning timelines by 70%. Featuring all‑metal prefabricated modules and an intelligent environmental control system, it is well suited to challenging climatic and geographic conditions such as high temperatures, high humidity, and sandstorms. The solution supports integration with the eCloud energy cloud platform, providing remote health diagnostics, fault analysis, maintenance guidance, and other capabilities to enable unattended substation operation and full lifecycle management of equipment. It delivers reliable performance backed by assured quality.
Intelligent Busbar at the Data Center’s Terminal End
A comprehensive AC/DC system solution. Featuring flexible configuration, it is suitable for single‑path or dual‑path deployment.
Intelligent Busbar at the Data Center’s Terminal End
A comprehensive AC/DC system solution. Featuring flexible configuration, it is suitable for single‑path or dual‑path deployment.
GE Series Compact Busway
Superior insulation performance: The conductors are encased in high‑strength, flame‑retardant insulating material, and the phases are separated by a specialized insulator. This insulating material is resistant to high temperatures and aging, ensuring long‑term stable operation.
Superior insulation performance: The conductors are encased in high‑strength, flame‑retardant insulating material, and the phases are separated by a specialized insulator. This insulating material is resistant to high temperatures and aging, ensuring long‑term stable operation.
Air-insulated busbar
Superior insulation performance: The conductor surface is tinned along its entire length and subjected to heat-shrink tubing, while phase-to-phase and phase-to-ground gaps are separated by insulating spacers, providing the copper busbar with double-layered insulation protection.
Superior insulation performance: The conductor surface is tinned along its entire length and subjected to heat-shrink tubing, while phase-to-phase and phase-to-ground gaps are separated by insulating spacers, providing the copper busbar with double-layered insulation protection.
Pouring busbar
Fully enclosed, waterproof design: The housing features a sandwich‑type, tightly stacked conductor structure formed by encapsulating with insulating resin, providing fourfold protection against water, moisture, corrosion, and explosion. With an ingress protection rating of IP68, it meets the power‑supply requirements of a wide range of specialized environments.
Fully enclosed, waterproof design: The housing features a sandwich‑type, tightly stacked conductor structure formed by encapsulating with insulating resin, providing fourfold protection against water, moisture, corrosion, and explosion. With an ingress protection rating of IP68, it meets the power‑supply requirements of a wide range of specialized environments.
Fire-resistant busbar
Outstanding fire‑resistance performance: Utilizing specialized refractory materials and a robust structural design, it maintains stable electrical performance during a fire, ensuring uninterrupted power supply to critical equipment; with a fire‑resistance rating exceeding 950°C, it can withstand temperatures of 950°C for up to 195 minutes.
Outstanding fire‑resistance performance: Utilizing specialized refractory materials and a robust structural design, it maintains stable electrical performance during a fire, ensuring uninterrupted power supply to critical equipment; with a fire‑resistance rating exceeding 950°C, it can withstand temperatures of 950°C for up to 195 minutes.
Contact Us
Address: No. 138, Huaxing Road, Sanmao Subdistrict, Yangzhong City, Jiangsu Province
Fax: 0511-88420338
Email:228480309@qq.com
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