Adopting a three-level architecture of "Main Power Distribution - Branch Power Distribution - Terminal Power Supply", the system integrates multi-level electrical protection (overload, short-circuit, leakage, etc.). Some cabinets are equipped with dual-circuit redundant power supply and full-circuit power monitoring functions, which can effectively ensure the stability, safety, and maintainability of factory power supply, making it an ideal choice for power distribution upgrades and new construction projects of industrial plants.
GGD-type complete low-voltage power distribution system is a custom-engineered solution for medium and large processing plants, designed to eliminate production downtime, reduce operational costs, and ensure full compliance with global safety standards. Comprising a 4000A main incoming cabinet and two high-capacity outgoing cabinets, it delivers stable, intelligent power distribution for heavy-duty production lines, from CNC machining centers to automotive welding robots.
This LED remote intelligent control cabinet adopts an integrated complete design and is equipped with a VPN remote communication module for cross-regional intelligent management. It integrates power distribution, control and monitoring functions with stable and durable industrial-grade configuration, specially designed for municipal lighting, landscape lighting and other outdoor projects.
This integrated system unifies power access, quality management, and safe distribution into a single, resilient solution. It ensures seamless multi-source power integration, actively cleans up harmful harmonics to protect sensitive equipment, and enables zoned fault isolation to keep operations running without costly downtime. Built for heavy industrial use and large infrastructure, it delivers the reliability and scalability critical to modern production.
To address the pain points of food processing plants—high power consumption of refrigeration units/sterilization equipment, multiple and dispersed production lines, and batch product spoilage caused by process interruptions—we build a power architecture combining centralized master control + decentralized power distribution. This enables global load management + regional fault isolation, ensuring continuity and safety throughout the food production process while complying with the hygiene and safety regulations of food processing workshops.
"This project is a complete integrated control system that unifies power distribution, environmental regulation, and resource circulation. The system comprises a main distribution cabinet, water supply/booster cabinets, exhaust ventilation cabinets, oxygen compensation cabinets, and VFD (Variable Frequency Drive) circulation cabinets, creating a comprehensive and intelligent control network."
"This project involves the design and supply of a complete, high-reliability power distribution system for a utility-scale solar plant located on a remote offshore island. Facing extreme environmental challenges, including a high-salinity atmosphere and unstable grid conditions, our objective was to ensure a seamless energy flow from DC generation to 35kV high-voltage grid interconnection while maximizing equipment service life."
Designed exclusively for water treatment scenarios (including water purification, wastewater treatment, and pure water preparation), this equipment integrates power distribution, control, protection, and signal linkage functions to enable automated operation, safety monitoring, and precise regulation of water treatment equipment. As a core electrical device ensuring stable, efficient, and safe water treatment processes, it is widely suitable for the automation needs of various water treatment technologies.
The 160kW Soft Starter Cabinet is a high-end control solution for high-power motors.it enables seamless integration, ideal for pumps, fans and compressors in harsh industrial environments.
This solution, which includes parallel cabinets and low voltage panels, integrates multiple diesel generators into a unified grid, ensuring stability, efficiency, and adaptability in even the most demanding environments. Whether it’s the electric circuit breaker panel ensuring safety or the electrical distribution panel managing power flow, every component works in harmony to deliver uninterrupted power.
Our power distribution boxes are designed specifically for the growing electric vehicle (EV) infrastructure market, serving as the backbone of charging station systems. These power distribution boxes, along with distribution electrical boxes, electrical distribution boards, electrical power distribution boxes, and electrical distribution panels, are engineered to reliably manage power distribution, safety, and monitoring. They ensure the seamless operation of public charging stations, commercial fleets, and residential EV charging facilities.
Internally, it is equipped with selected Mean Well WDR series switching power supplies (providing stable power supply for the system) and Siemens control and communication modules (ensuring the accuracy of data transmission and logical control). It is also paired with graded circuit breakers (providing overload and short-circuit protection) and standardized terminal blocks. This not only ensures stable power distribution but also facilitates easier wiring and maintenance, meeting the requirements of uninterrupted operation in industrial scenarios.
