AIDC Full-chain
Power Solution
AI Is Changing the Way Data
Centers Need Power
AI data centers are scaling faster with rising computing density and power demand. Traditional power architectures were not designed for the high-density, dynamic, and rapidly deployable requirements of AI infrastructure.
The Power Challenge Facing AIDC
The Power Challenge Facing AIDC
Large Power Supply Gap, Long On-Grid Timeline, and Significant Load Fluctuations in AIDC
Powering the High-Density IT Era
Powering the High-Density IT Era
Rising IT Power Density Drives Power Supply Architecture Transformation
Smart Compute & Cooling
Smart Compute & Cooling
Compute-Power and Cooling-Power Coordination Increases Design Complexity, Making Digital Twin Design Essential
The Future of AIDC Power
The Future of AIDC Power
Surging AI Demand Calls for a New Transformation in AIDC Power Solutions
Surging AI Demand Calls for a New
Transformation in AIDC Power Solutions
Energy-to-Chip Solution with a Power Supply Architecture
of Green, Gray, and White Zones
of Green, Gray, and White Zones
Energy Generation and Regulation Zone
Power Conversion and Distribution Zone
Compute Power Consumption Zone
Renewable power plants, ESS, and microgrid controllers.
Integrates power generation and dispatch for stable supply.
Integrates power generation and dispatch for stable supply.
Power distribution systems, SST, HVDC systems, UPS, and backup battery systems.
Enables AC/DC integration, fluctuation smoothing, and continuous supply.
Enables AC/DC integration, fluctuation smoothing, and continuous supply.
LV power distribution, rack power supplies, on-board power supplies, and cooling power.
Enables effective protection, reasonable fault tolerance, and specification compatibility.
Enables effective protection, reasonable fault tolerance, and specification compatibility.
Global Project Cases
Proven in the field
Trusted by customers
Proven in the field Trusted by customers
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Contact our team to explore customized solutions that are suitable for you.