Power Distribution Board Solutions
Safe, Flexible and Reliable Power Distribution for Industrial, Commercial and Utility Projects
From incoming power distribution to motor control, lighting circuits and automatic source transfer, Giant Electric provides customized power distribution board solutions designed to match different load conditions, installation environments and project requirements.
HOW DOES A POWER DISTRIBUTION BOARD WORK?
A power distribution board manages the flow of electricity from the main supply to separate branch circuits. After power enters the board, it passes through the main breaker and is routed through the internal busbar system, where it is distributed according to load demand. Built-in protection devices help safeguard each circuit and limit the impact of faults, making the overall system easier to manage and more dependable in daily operation.
Centralized power distribution and control for multiple motor feeders
Suitable for pumps, fans, compressors, conveyors, and other driven equipment
Helps simplify feeder organization, operation, and maintenance
Flexible internal layouts to match different motor quantities and load demands
Motor Control Centers are built for systems where multiple motors need to be managed in a clear and organized way. By bringing motor feeders together in one coordinated assembly, they make daily operation more efficient and routine maintenance more convenient. They are commonly used in industrial plants, utilities, water systems, and other process-based environments where motor loads are distributed across different parts of the facility. For projects that require structured feeder control, easier troubleshooting, and better overall system visibility, MCC solutions offer a practical and scalable approach.
Designed for applications that require variable speed control
Supports smoother motor starting and more stable running performance
Well suited to changing or process-sensitive load conditions
Helps improve operational flexibility in automation-driven systems
VFD panels are used when a motor does not need to run at a fixed speed all the time. Instead of simple on-off operation, they allow the system to respond more precisely to actual process requirements. This makes them a good choice for pumping, ventilation, HVAC, water treatment, and other applications where flow, pressure, or speed may need to change during operation. In addition to improving control, VFD panels can also help create a more refined and responsive system layout for projects that place greater emphasis on operating stability and process adjustment.
Distributes and protects lighting branch circuits in a clear arrangement
Suitable for commercial buildings, workshops, offices, and public facilities
Helps separate lighting circuits for easier inspection and maintenance
Compact and practical for low-voltage building distribution applications
Lighting panel are designed to supply and manage lighting circuits across buildings and facility spaces in a safe and orderly way. They provide a practical structure for organizing outgoing lighting feeders, making the system easier to inspect, maintain, and expand when needed. These boards are widely used in commercial and industrial buildings where lighting loads need to be distributed across different zones, floors, or working areas. For projects that require dependable daily operation and a straightforward low-voltage layout, lighting panel remain an essential part of the overall electrical system.
Automatically transfers power between normal and backup sources
Supports power continuity for important or time-sensitive loads
Suitable for standby, emergency, and critical power applications
Helps reduce interruption during utility power failure or source loss
ATS panels are used in systems where uninterrupted power supply is especially important. When the main power source fails or becomes unavailable, the ATS panel automatically switches the load to a backup source, helping maintain continuity for essential operations. This makes it a valuable solution for commercial buildings, industrial sites, infrastructure projects, and facilities that rely on standby power arrangements. In applications where downtime can affect safety, operations, or service reliability, ATS panels play an important role in maintaining a more dependable power supply path.
WHERE POWER DISTRIBUTION BOARD SOLUTIONS ARE MOST COMMONLY USED
Power distribution board solutions support safer and more efficient power delivery across a wide range of industrial, commercial, and public facility applications.
FAQs OF OUR POWER DISTRIBUTION BOARD
A Power Distribution Board is mainly used to receive and distribute electrical power to multiple outgoing circuits in a clear and protected way. An MCC, or Motor Control Center, is more specialized and is typically used for applications with multiple motor feeders that require centralized control, protection, and maintenance access. In simple terms, a distribution board focuses more broadly on circuit distribution, while an MCC is designed more specifically around motor-related loads and operating control.
These boards are suitable for a wide range of industrial, commercial, institutional, and infrastructure projects depending on the required function. They can be used in manufacturing facilities, commercial buildings, office spaces, schools, workshops, utility rooms, and other environments where electrical circuits need to be distributed, protected, and organized in a safe and practical way.
ONE-STOP SERVICE
From requirement confirmation to final delivery, our team supports the full process of power distribution board projects. The service covers system planning, configuration design, manufacturing, testing, and technical support to help ensure safer, more organized, and reliable power distribution across different applications.
Project Requirement Review
Review voltage level, load conditions, circuit requirements, and application scenarios to define the overall distribution needs and project scope.
Distribution Solution Design
Develop a suitable configuration based on system requirements, including circuit arrangement, load allocation, and overall layout planning.
Production and Assembly
Move into manufacturing after technical confirmation, with assembly carried out according to the defined configuration and project specifications.
Testing and Inspection
Carry out inspection and testing before delivery to confirm operational performance, circuit reliability, and assembly quality.
Delivery and Technical Suppor
Provide delivery coordination together with technical communication and remote support during installation and project implementation.
After-sales Service
Support long-term operation through fault handling guidance, maintenance recommendations, and ongoing technical assistance.
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LEARN MORE ABOUT POWER DISTRIBUTION BOARD
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