EN
EN
CN
✕
nan1
From digital asset mining to cross-border energy integration—every business line turns clean electricity into sustainable digital assets.
Five Business Lines, One Full Value Chain of Clean Energy & Computing
Home Core Business
BUSINESS 01
Digital Asset Mining & Compute Infrastructure Investment

Investing in and operating high-performance computing infrastructure powered by clean energy direct supply, with compliance, green power, immersion cooling and modular deployment at its core, building a closed-loop capability from electricity to digital assets.

01.
End-to-End Compliant Operations
Mining operations comply with the laws and regulations of Hong Kong and operating jurisdictions; digital asset output is preferentially handled through licensed or regulated platforms, with audit trails preserved at key stages.
02.
Green Power Direct Supply Locks in Costs
Compute facilities are deployed only in clean-energy-rich regions such as hydropower and photovoltaic zones, locking in marginal curtailed hydropower costs as low as USD 0.025 per kWh.
03.
Immersion Liquid Cooling
The entire line adopts immersion liquid-cooling solutions, with an average annual PUE of 1.09 for operating projects and optimal rainy-season conditions as low as 1.05.
04.
Prefabricated Modular Fast Deployment
Prefabricated containerized compute units ranging from 250 kW to 2 MW enable new projects to move from site preparation to production within 12 months.
05.
In-House End-to-End Team
From site selection, compute deployment, digital asset output to disposition, all stages are completed by our in-house team without outsourcing.
AI Computing Center & Data Infrastructure Development
AI Computing Center & Data Infrastructure Development
pm13
p i
Green Power Supply
AI compute centers are directly powered by renewable energy such as hydropower and photovoltaics, achieving 100% clean-energy supply from the source.
p i
Elastic Scaling
A modular architecture allows node expansion within weeks according to customer compute demand.
p i
Inference Optimization
Custom compute clusters for large-model inference scenarios significantly reduce latency and cost compared with general-purpose solutions.
p i
Liquid Cooling
The intelligent computing center adopts immersion liquid cooling across the board, with an average annual PUE of 1.09, ensuring stable operation of high-density compute.
p i
Managed Operations
Full managed O&M from hardware inspection to load scheduling, so customers do not need to deploy on-site teams.
p i
Data Isolation
Compute resources are physically isolated by customer, combined with encrypted transmission and access control, following data-protection requirements in the customer's jurisdiction.
Planning and building green intelligent computing centers and supporting data infrastructure for AI training and inference scenarios, providing elastic, secure and low-carbon computing services.
bg3
bg3
Renewable Energy & Power Integration
Renewable Energy & Power Integration
pm14
Securing Low-Cost Green Power, Building a Cost Moat for Compute Operations
01.
Curtailed Power Utilization
Lock in Laos' rainy-season curtailed hydropower and convert it on-site into compute load.
02.
Direct Purchase Price Lock
Sign long-term agreements with the national grid to lock power costs at USD 0.025 per kWh.
Energy Storage & New Energy
Energy Storage & New Energy
pm15
01.
Solar-Storage Integration
Photovoltaic plants are paired with energy storage systems to smooth generation fluctuations and provide stable green power for compute facilities.
02.
Peak Shaving & Valley Filling
Storage systems charge during low-demand periods and discharge during peak periods, reducing power purchase costs and grid pressure.
03.
Microgrid
Build self-contained microgrids in weak-grid areas to enable off-grid or weak-grid operation of compute facilities.
04.
Pumped Hydro Storage
Medium-to-long-term assessment of pumped-hydro storage feasibility in Laos' mountainous regions as an option for long-duration storage.
05.
User-Side Energy Storage
Deploy user-side energy storage cabinets at compute center sites to improve power reliability and participate in demand response.
06.
New Energy Development
Partner with local developers on distributed PV and small hydropower to lock in incremental green power resources at the source.
bg4
bg4
Cross-region Energy & Digital Economy
Cross-region Energy & Digital Economy
pm16
Build a Green Computing Corridor Along the Mekong River Basin
01.
Green Energy Corridor
Build a green computing corridor along the Mekong River basin, linking hydropower stations with modular compute nodes.
02.
Compute Supply
Replace transmission lines with fiber optics, converting green power on-site into computing services supplied to compliant markets.