ADVANCED POWER ELECTRONICS × PHYSICAL AI
SST, PCS, storage conversion, distribution control and operating systems for data centers, industrial campuses, vessels and charging sites.
Each project is defined through energy sources, power conversion, distribution and loads, and operating control. Equipment interfaces, protection settings and service scope are set during system design.
PRODUCT PORTFOLIO
The four families use common power modules, controllers, device interfaces and operating software, configured for industry-specific voltage, load and safety requirements.
The system uses an 800VDC main bus supplied from 10kV through multi-port SSTs, with A/B DC buses, in-row power racks, BBU/BESS and liquid-cooled AIDC modules.
PCS units, storage systems and edge controllers regulate site power. The AI Agent VPP platform handles resource aggregation, load forecasting, demand response and electricity-market operations.
Electric propulsion, energy storage conversion, protection, energy management and shore power for all-electric, hybrid and large integrated-power vessels.
High-power charging, battery swapping, site storage, V2G equipment and site energy management for trucks, buses, logistics parks and highway service areas.
SHARED TECHNOLOGY STACK
The technology stack covers power conversion, state estimation, edge control, protection and operating analysis. Product families use the same equipment models and interface rules where applicable.
View Technology Architecture →SST · PCS · DC/DC · SiC
PHYSICALWorld Models · Multi-Agent · MPC
INTELLIGENCECloud · Gateway · Edge Control
EXECUTIONAdaptive Protection · Recovery · AIOps
SAFETYTrading · Certificates · Carbon
VALUEINTEGRATED SOLUTIONS
Each architecture identifies power paths, conversion equipment, bus arrangement, protection boundaries and control responsibilities for equipment selection, integration and operation.
Grid, PV, storage and backup generation connect through dedicated protection and conversion interfaces to a sectionalized campus AC bus under microgrid EMS control.
Dual gensets, shore power and marine storage feed a sectionalized main switchboard; propulsion, thruster and service loads are supplied through selectively protected feeders.
In this AC-coupled site architecture, the 10kV utility supply feeds a sectionalized 400V bus through MV switchgear and a line-frequency transformer. PV, BESS and charging equipment connect through standard conversion interfaces under site EMS control.
EVIDENCE & VALIDATION
Efficiency, dynamic response, power quality and protection figures are labeled by source, including prototype records, test reports and engineering materials.
50kVA three-port prototype
Step-response metric
Spectrum metric
Value stated in engineering material
PROJECT CONTACT
Provide the application, capacity, voltage, connection conditions and project stage so we can define the product configuration and work scope.
Discuss a Project ↗hbsjtu@163.com · Shanghai, China