CEEG IDC Smart Integrated Power Module 2.0

Containerized for outdoor applications / Full-tray for indoor applications. Designed to provide MW-level integrated power supply and distribution solutions for medium to large data centers, the IDC Smart Integrated Power Module is engineered to meet project-specific design requirements. It integrates equipment such as 10kV distribution systems, transformers, feeder and bus cabinets, compensation cabinets, UPS systems, output cabinets, and maintenance bypass cabinets. The system boasts high intelligence, efficiency, reliability, power density, power capacity, and ease of maintenance.

Flexible Product Structure: Modular Design for On-Demand Configuration

Transformer: Employs Zhongdian Electric’s Level 1 energy-efficient amorphous alloy transformer, featuring a proprietary half-enclosed three-phase three-post patented technology that effectively reduces no-load losses by 60%–80 %.
Feeder Cabinet: Manages the overall power on/off control from the transformer’s low-voltage side to the low-voltage distribution cabinet.
Bus Cabinet: Connects two main bus systems and controls their power connection.
SVG/APF: Provides reactive power and harmonic compensation to enhance system stability and efficiency while improving the power factor.
UPS: Supports modular or tower-type UPS configurations.
Maintenance Bypass Cabinet: Offers an alternative load path during routine UPS maintenance or UPS failure.
Feeder Cabinet (Load Distribution): Distributes electrical power to loads and monitors the load conditions on each branch.

Advantages

Space-Saving: A highly integrated design reduces the footprint by 50%.
Labor Saving: Pre-fabricated delivery and modular assembly allow for a delivery period of 2 weeks (with a 40% reduction in on-site construction workload); outdoor containerized units can be delivered within 1 week.
Peace of Mind: Modular components support hot-swap online maintenance; a centralized bypass design enhances reliability; integrated smart monitoring and operations management enable efficient equipment supervision.
Energy Saving: The Level 1 energy-efficient amorphous transformer can save up to 11,000 kWh annually (for a 2500kVA system).
Cost Saving: Reduces construction costs by 30% while the centralized design minimizes energy losses.

Scenario	Capacity: 1.25MVA	Capacity: 1.6MVA	Capacity: 2.0MVA	Capacity: 2.5MVA
Load Type	T-load, Power load
Power Distribution
Transformer Input	10kV AC 50/60Hz
Capacity	1250kVA	1600kVA	2000kVA	2500kVA
Incoming Switch Capacity	2500A/3P	3200A/3P	4000A/3P	5000A/3P
Bus Coupler Switch Capacity	2500A/4P	3200A/4P	4000A/4P	5000A/4P
UPS Configuration	2×600kVA	4×400kVA	4×500kVA	4×600kVA
SVG/APF; Reactive/Harmonic Compensation	SVG: Single module capacity 100kVar, maximum 5 units APF: Single module capacity 100A, maximum 5 units
Maintenance Bypass Switch Capacity	2000A/3P	2500A/3P	3200A/3P	4000A/3P
Feeder Cabinet Switch Capacity	Configured according to project requirements, options: 630A, 400A, 250A, 160A, 100A
Low Voltage Cabinet	Fixed compartmentalized/Withdrawable type
Monitoring
Monitoring System	Harmonics, three-phase imbalance, load consumption, power factor, peak/normal/valley electricity brightness, transformer, busbar temperature and other parameters, health status, trend analysis, intelligent waveform
Structure
Overall Cabinet Dimensions (H×W×D mm)	Basic dimensions 2475×9600/10200×1500, can be customized according to customer requirements
Installation Method	Unassembled on-site installation
Working Environment Requirements
Operating Temperature	-5~40°C
Storage Temperature (°C)	-25~70°C
Operating Relative Humidity (%)	≤95% (non-condensing)
Storage Relative Humidity (%)	≤95% (non-condensing)
Altitude (m)	0m~4000m, derating according to industry standards above 1000m
Working Environment	Class A environment

CEEG Transformer Production Base covers an area of over 600 acres (40 hectares), with a total construction area of 180,000 square meters and a workforce of more than 1,200 workers. Equipped with a complete set of world-class transformer production and testing equipment including cutting, vacuum casting, vacuum impregnation, and testing, it has an annual production capacity of 30 million kVA of power transformers.

The factory possesses a comprehensive set of cutting-edge equipment representing industry-leading standards, including shearing machines, fully automatic winding machines, robotically operated automatic stacking machines, Germany's Hedrich vacuum casting tanks, vacuum impregnation equipment, air cushion transport vehicles, fully enclosed production workshops with a cleanliness level of 100,000, 20-ton vertical winding machines, 10-ton horizontal winding machines, kerosene gas-phase drying equipment, and 200-ton cranes. Additionally, it has pioneered the application of transformer collaborative design platforms in the industry, effectively integrating product data, product development, and production processes.

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