01High-density GPU clusters
AIDC & AI Factories
- 10MW centralized AIDC
- 1MW liquid-cooled pod
- SST-fed 800VDC
- Power-compute-cooling optimization
- Multi-campus scheduling
- Green compute operations
INTEGRATED SOLUTIONS
System Design and Engineering Delivery
Equipment configuration, system architecture and work scope are based on capacity, voltage, supply reliability, load profile and operating requirements.
02Campuses, factories and C&I users
Industrial & Zero-Carbon Campuses
- Source-grid-load-storage-charging
- Commercial storage
- AI microgrid
- Virtual power plant operations
- Power trading
- High-reliability supply
03Owners, shipyards and ports
New-Energy Vessels & Ports
- All-electric vessels
- Hybrid propulsion
- Integrated ship power
- Marine charging
- Shore-vessel coordination
- Fleet energy management
04Highways, depots and logistics parks
Smart Mobility Energy
- 800V charging hubs
- Truck charging and swapping
- Bus charging with storage
- PV-storage charging
- Zero-carbon service areas
- V2G aggregation
DELIVERY MODEL
Project Delivery Process
Confirm load, connection, operating mode and project objectives
Complete equipment selection, single-line design, interfaces and economics
Run prototype checks, FAT/SAT, system commissioning and protection tests
Provide remote service, policy tuning and market-operation support
START A CONVERSATION
Define the project scope
Review the system design
Provide the application, capacity, grid connection, load profile and project objectives. We will use them to define equipment, system interfaces and the scope of delivery.
Submit Project Requirements ↗