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 deeply integrates equipment such as 10kV distribution systems, transformers, feeder/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.

• Space Saving: 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.