Distribution cabinet

Distribution cabinets and distribution boxes - The art of safe and efficient power distribution
Electricity is the lifeblood of modern industry and life, and distribution cabinets and distribution boxes are precisely the "heart" and "veins" that control the flow of this energy. They constitute every level of guarantee from the power grid to the terminal electrical equipment, ensuring the safe, stable and efficient distribution of electric energy. Our product range, with its outstanding quality, exquisite craftsmanship and flexible design, provides comprehensive power distribution solutions for all kinds of buildings, infrastructure and industrial projects.
Core positioning: Each party performs its own duties to build a complete power distribution system
Distribution Box
Role positioning: The terminal node for power distribution, usually installed in the final power consumption scenarios.
Features: Relatively small in size, compact in structure, mostly installed concealed or exposed inside or on walls. The main functions are to distribute electrical energy, control circuits, and provide overload and short-circuit protection for a certain area or a group of equipment.
Common types: lighting distribution box, power distribution box, household metering box, multimedia information box, etc.
Distribution Cabinet
Role Positioning: The regional core of power management and the backbone of the low-voltage distribution system.
Features: Large in size, high in capacity and breaking capacity, usually independently installed on the floor in distribution rooms or workshops. It undertakes the core tasks of receiving, converting, distributing and monitoring electrical energy, has a complex structure and more complete protection functions.
Common types: Fixed switch cabinets (such as GGD), withdrawable switch cabinets (such as MNS, GCS), power control centers (MCC), capacitor compensation cabinets, etc.
Our common core strength
Despite different divisions of labor, our power distribution products share the same high-quality gene:
Ultimate safety: Strictly designed and manufactured in accordance with domestic and international standards such as GB7251.1 and IEC61439. It adopts high-specification circuit breakers, leakage protection devices and other components, is equipped with complete protection circuits (short circuit, overload, isolation), and has passed strict type tests to ensure the absolute safety of personnel and equipment.
Stable and reliable: High-quality electrolytic plates, aluminum-zinc coated plates or stainless steel materials are selected, and the cabinet structure is solid. The internal busbars and terminal blocks are all made of high-quality conductive materials, ensuring reliable connections and low temperature rise, which guarantees the long-term stable operation of the system.
Flexible configuration: Offers highly modular and customized designs. Whether it is a standard solution or a special requirement, we can provide you with the most suitable internal layout, component selection and interface solution based on your primary system diagram and on-site conditions.
Exquisite craftsmanship: Produced with high-precision processing equipment, the cabinet body is flat without deformation. The internal wiring is neat and standardized, with clear markings, meeting the highest industry standards. It not only facilitates installation and commissioning but also greatly simplifies future maintenance work.
Intelligent Trend (Optional) : It can integrate intelligent meters and communication modules, support remote monitoring of parameters such as current, voltage, power, and energy, and upload them to the background system, providing data support for energy management and intelligent operation and maintenance.

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Wide application fields
Our power distribution solutions have been successfully applied to:
Civil buildings: distribution rooms and floor distribution shafts in commercial complexes, office buildings, residential communities, hospitals, and schools.
Industrial manufacturing: Power distribution centers and motor control centers (MCC) in various factories and workshops.
Public infrastructure: airports, subways, railway stations, data centers, sewage treatment plants, photovoltaic power stations.
New energy: Photovoltaic inverter grid connection cabinets, energy storage system combiner cabinets, charging pile distribution systems.