The Integrated Power Supply Module is designed to provide MW-level integrated power distribution solutions for medium and large data centers. By deeply integrating 10 kV distribution systems, transformers, incoming and bus-coupler cabinets, power compensation cabinets, UPS systems, output cabinets, and maintenance bypass cabinets, the system offers flexible customization based on specific project requirements.
Its key features include high intelligence, excellent energy efficiency, outstanding reliability, compact power density, and large capacity. It is also designed for easy maintenance, ensuring stable and efficient system operation.
Power supply and distribution for computing and data center campuses, focusing on low line losses, modular design, and fast delivery.
Industrial Park Energy Systems
Energy centers for large industrial parks, emphasizing integration and visualized operation and maintenance.
Smart Retrofit Projects
New build or renovation projects, focusing on construction cycle and scalability.
Product Description
1
Transformer: Amorphous alloy Grade 1 energy-efficient transformer with patented semi-encapsulated three-phase three-column technology, significantly reducing no-load loss
2
Incoming Cabinet: Controls the power switching between the transformer’s low-voltage side and the main low-voltage distribution system
3
Bus Coupler Cabinet: Connects two main busbars and controls their switching operations
4
SVG/APF: Reactive power and harmonic compensation, improving system stability and efficiency while enhancing power factor
5
UPS: Supports both modular and tower-type UPS system configurations
6
Maintenance Bypass Cabinet: Used for UPS maintenance or fault conditions to transfer load to an alternative power path
Product Features
Space Saving
The system adopts a high-density integrated design, saving approximately 50% of space, making it suitable for space-constrained applications.
Cost Reduction
Optimized energy flow reduces energy losses by about 30%, improving overall economic efficiency.
Reduced Labor Time
With prefabricated delivery and modular assembly, the delivery cycle is shortened to 2 weeks, saving about 40% of construction time compared with traditional methods.
Energy Saving
Equipped with a Grade 1 energy-efficient amorphous alloy transformer, the system can save approximately 11,000 kWh per year (based on 2500 kVA).
