Our Solutions
From solid-state transformers and HVDC power conversion to full liquid cooling, rack power stacks and mobile computing pods — one integrated stack for intelligent computing.
Liquid Cooling & Vertical Power Delivery
Thermal & Power Architecture for High-Density Compute
A combined thermal and power architecture engineered for the highest-density AI and GPU clusters, keeping power delivery short and heat removal direct.
Full Liquid Cooling System
An end-to-end liquid cooling architecture spanning cold plates, manifolds, CDUs and liquid-to-liquid heat exchange, delivering direct-to-chip cooling for high-density racks.
- Direct-to-chip cooling
- Cold plate + CDU integration
- Low PUE operation
- Reduced noise & higher rack density
Vertical Power Delivery
Vertical power delivery routes current directly beneath high-power processors, shortening the power path to cut I²R losses and board-level voltage drop under heavy load.
- Short power path
- Lower I²R losses
- Stable core voltage
- Built for high-current loads
Power Conversion & Distribution
SST · HVDC · DC/DC Modules
A full power-conversion stack — from grid interface to bus and board-level rails — built around high-efficiency, modular power electronics.
Solid-State Transformer
A solid-state transformer that replaces the conventional line-frequency transformer with high-frequency power electronics, enabling compact, controllable and bidirectional grid interfaces with integrated power quality management.
- Compact footprint
- Bidirectional power flow
- Integrated power quality control
- Higher power density
High-Voltage Direct Current
High-voltage DC power systems delivering efficient, reliable energy conversion for mission-critical data centers, with modular and redundant architectures that reduce conversion stages and footprint.
- High conversion efficiency
- Modular & redundant
- Fewer conversion stages
- Remote monitoring
DC/DC Modules
High-efficiency DC/DC converter modules providing flexible voltage transformation across the power chain, from the HVDC bus down to rack and board-level rails. Configurations span 6 kW to 24 kW with 700–900 VDC input and 54 V output.
- 700–900 VDC input
- 54 V output
- Efficiency up to 98.5%
- 6 kW – 24 kW modules
Rack Power Architecture
POWERSHELF · PSU · PMC Modules
A coordinated rack-level power stack that brings power supply, shelf integration and control together for hyperscale and OCP-style deployments.
POWERSHELF
A rack-level power shelf integrating multiple power supply units with shared management, hot-swap capability and high power density for modern rack architectures.
- Multi-PSU integration
- Hot-swap design
- High power density
- Unified management
Power Supply Units
High-efficiency, hot-swappable power supply units delivering reliable conversion with high power density, wide input range and redundant operation for demanding rack deployments.
- High conversion efficiency
- Hot-swappable
- Wide input range
- Redundant configurations
PMC Modules
Power management controller modules providing real-time monitoring, telemetry and coordinated control across the power shelf, PSUs and cooling subsystems.
- Real-time telemetry
- Coordinated control
- Fault detection & alerts
- Open management interface
Mobile Computing Pod
System Integration · Rapidly Deployable
Our flagship system-integration product: a containerized computing pod that integrates power, cooling and compute into a single factory-tested unit for rapid on-site deployment.
Virtual Electric Field & Token Trading Platform
Every pod ships with an integrated power & environment (dynamic environment) monitoring and trading display platform, driven by a Virtual Electric Field engine with token output — turning each pod into an observable, measurable and tradable energy-compute asset.
- Factory-integrated & tested
- Rapid on-site deployment
- Edge & emergency ready
- Virtual Electric Field engine
- Token-output trading platform
- Remote operation & monitoring