Medium-voltage input
COMPUTE × POWER
SST & AI Infrastructure
An end-to-end 800VDC architecture connecting 10kV medium-voltage SSTs, redundant DC buses, in-row rack power, BBU/BESS and liquid-cooled AI infrastructure.
End-to-end DC bus
Modular capacity
Power-compute-cooling control
PRODUCT ARCHITECTURE
Product Architecture
Programmable 800VDC power infrastructure for AI factories
Intelligent Power Infrastructure
Programmable energy routing that consolidates transformation, conversion and power-quality functions.
- 10kV / 50kVA three-port SST prototype
- 10kV / 1.25MVA multi-port SST
- 10kV / 2MVA product platform
- 20kV / 35kV technology platform
- SiC power modules and controllers
- Cloud-based SST operations
AI Compute Infrastructure
Standardized, liquid-cooled and DC-native infrastructure for high-density GPU clusters.
- 1MW liquid-cooled compute pod
- 2.5MW standard AIDC module
- 10MW centralized AIDC
- 800VDC A/B bus distribution
- 800VDC in-row power rack and BBU
- 2.4–3MW liquid-to-liquid CDU
Physical AI Coordination Platform
A closed-loop operating platform combining equipment limits, live state, forecasting and constrained optimization.
- Heterogeneous compute scheduling
- Joint power-compute-cooling optimization
- Multi-campus resource aggregation
- Digital twin and AIOps
- Green compute and carbon accounting
- Edge execution agents
CORE TECHNOLOGY
Core Technology
01MACP-PET multi-port topology
02High-frequency SiC conversion
03DAB / CHB / MMC
04Model predictive control
05Power-compute-cooling world model
06Safety-constrained optimization
SOLUTIONS
Application Solutions
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Turn complex systems
into deliverable solutions
Share your application, capacity, grid connection and project goals. We will define the right product configuration and delivery path.
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