Modern internet data centers (IDCs) and AI supercomputing facilities are operating under unprecedented power densities. To tackle the core challenges of uninterrupted 24/7 reliability, thermal management, escalating electricity costs, and long deployment cycles, we provide a full-stack intelligent power distribution architecture. Built around high-efficiency transformers and modular infrastructure, our system lowers facility PUE, optimizes space efficiency, and ensures maximum operational safety.
Technical Architecture & Core Hardware
1. IDC Smart Integrated Power Module
Our IDC Smart Integrated Power Module adopts an advanced all-in-one prefabricated and modular design, integrating high-voltage switchgear, transformers, low-voltage distribution, and smart monitoring into a single, compact system.
Rapid Deployment: Supports both indoor and outdoor containerized deployment with hot-swappable technology, slashing traditional site construction and project delivery cycles significantly.
Space & Cost Efficiency : Minimizes the installation footprint to optimize high-density server rack layouts, lowering initial civil engineering costs.
2. SCB Series Dry-Type Power Transformer
Serving as the robust backbone of critical IDC power paths, the SCB Series Dry-Type Power Transformer provides high-reliability, MW-level heavy-duty power distribution.
Premium Insulation & Redundancy: Features exceptional mechanical strength and fault redundancy to eliminate the risks of unexpected power outages, fully supporting 7x24-hour uninterrupted server uptime.
Fire & Safety Compliance: The cast resin encapsulation ensures self-extinguishing, flame-retardant properties, making it perfectly safe for high-density indoor server facility environments.
3. Amorphous Alloy Dry-Type Transformer
To combat the intense power consumption of data centers, we introduce our proprietary Amorphous Alloy Dry-Type Transformer.
Drastic Loss Reduction: Utilizing an amorphous alloy core, this eco-friendly transformer reduces no-load losses dynamically compared to traditional silicon steel alternatives.
PUE Optimization & Eco-Design Compliance : Engineered to exceed the most stringent international efficiency mandates, our transformers strictly comply with IEC Eco-Design standards for ultra-low losses (or equivalents such as IEEE C57). By drastically lowering harmonic and core losses, the system effectively optimizes the facility’s overall PUE (Power Usage Effectiveness). This enables data center operators to hit aggressive green energy targets, reduce carbon emissions, and achieve massive, predictable long-term utility cost savings.
"Five Savings" ROI Maximize
Space Saving : High power density layouts save premium server room square footage.
Labor Saving : Factory-prefabricated modules eliminate complex on-site wiring.
Worry-Free : AI-driven autonomous health tracking removes traditional manual maintenance burdens.
Electricity Saving : Amorphous core technology brings ultra-low operational losses.
Financial Saving : Optimizes both CapEx (construction) and OpEx (energy bills) to accelerate the return on investment (ROI).