Core innovations (3)

R&D focus

1. Immersion Cooling:
Where Safety Meets Efficiency.

Discover our products
Green energy
Sustainable
Energy efficient
immersion liquid-cooling system cooling batteries and gpus

Immersion Cooling System

Immersion batteries and GPUs represent a revolutionary leap in energy storage technology and compute efficiency. Our cutting-edge, single-phase, immersion liquid-cooling thermal management system allows the cells and GPUs to directly engage with the cooling liquid. Coupled with a seamless liquid-cooling cycle and state-of-art refrigeration system and using an insulated coolant as the heat-transfer agent, it can rapidly and efficiently remove the heat generated by batteries and GPUs.

Gpu and battery cooler using dielectric fluid
Efficiency

Reduces cooling energy use and PUE to 1.05 - 1.1 in subtropical climates

Performance

Enable 24/7 operation of AI/ML workloads without thermal throttling or thermal runway.

Physical design

Scalable, sustainable, and efficient energy and compute infrastructure.

Chemical design

Al (analytics, generative systems, real-time decision-making) and Web3 (decentralized ownership, asset exchange, secure authentication).

Prefabricated immersion liquid cooling IT box

Prefabricated immersion liquid cooling IT box
Power density
10.8kw/m²
Computing power density
8.6pflops/m²
Vs traditional air-cooled data centers
264%

Per 10k PFlops/FP16 AIDC

Reduced annual electricity consumption
20.18GWH
Reduced annual operating costs
1.5MUSD
Construction period  (5~8 months less than reinforced concrete structure)
3~6months
Per 10k PFlops/FP16 AIDC

2. Containerised Data Centers

Thermal Harmony
AI-Driven EM
Zero-Ignition Architecture

3. AI-Powered Energy Management
System (EMS) - Smart grid and
compute optimization.

Predictive Analytics

Balances energy supply, storage, and compute demand in real time.

Interoperability

Integrates with legacy grids, micrograms, and renewable sources.

Autonomy

Self-adjust to weather, pricing, and workload variables.

Safety

Monitoring single-cell performance and enable remote shut down to prevent fire risks and automation.

R&D Verticals

Efficiency
BMS
PCs
Automation
Materials
High/low voltage EE
Software development, energy data
System Structure
System Testing
Materials
Materials

Talent density

30%+
Annual R&D budget allocation supporting
30%
Technical workforce driving iterative upgrades
15+
Iterative upgrades per product generation
78%
patent utilization rate in commercial deployment
16
UL-certified manufacturing facilities with 16 proprietary quality control protocols
R&D lab for the immersion cooling technology