AI Computing Centers

ARTIFICIAL INTELLIGENCE COMPUTING POWER
AI Computing
Renewable Energy → AI Computing Centers
Green Power Direct Connection
By 2030, electricity consumption by AI computing centers in China is projected to exceed 700 TWh, with electricity costs accounting for more than 60% of operating costs. Integrating computing power with energy and enabling direct access to green power can significantly reduce electricity costs.
Reliable Power Supply
Through grid-forming energy storage and multi-energy integration, coordinated power and computing systems provide stable electricity and millisecond-level backup power for AI computing centers supporting high-power, highly dynamic workloads.
AI Computing Centers → Renewable Energy
Renewable Energy Consumption
With high and continuous electricity demand, AI computing centers can serve as a stable consumption channel for new wind and solar generation, supporting large-scale renewable energy integration.
Virtual Power Plants
As flexible power loads, computing centers can dynamically adjust electricity consumption—reducing non-critical workloads during peak-price periods and operating at higher capacity during off-peak periods—to optimize energy costs.
AI-Enabled Energy Management
Data centers can be aggregated into virtual power plant resource pools, with their electricity demand coordinated through grid dispatch systems to provide ancillary services such as frequency regulation, peak shaving and reserve capacity.
INTEGRATED COMPUTING & POWER A ZERO-CARBON FUTURE
INTEGRATED COMPUTING & POWER A ZERO-CARBON FUTURE
Four Key Advantages

Full-Stack R&D·Secure & Controllable

Working with leading GPU companies, an integrated technology ecosystem is being developed to strengthen independent computing infrastructure and support the security of regional digital economies.

Advanced Energy Efficiency·Industry-Leading

Customized energy solutions enable green and low-carbon computing infrastructure, with data center PUE maintained at ≤1.25.

Innovative Model·Zero-Carbon Demonstration

Pioneering the “PV + Energy Storage + Direct Green Power Connection + AI Computing Center” operating model in China, enabling 100% green power supply for AI computing centers and exploring a new model for zero-carbon industrial parks.

Industrial Clustering·Closed-Loop Ecosystem

An integrated ecosystem brings together upstream and downstream businesses across the value chain, connecting investment attraction, industrial development and ecosystem building.

Three Core Values

Technology Value: Industrial Upgrading & Innovation

  • Accelerates the digital and intelligent transformation of power systems
  • Large-scale energy data provides high-quality training data for AI foundation models
  • Promotes cross-industry standards and technical frameworks integrating ICT and energy technologies

Economic Value: Cost Efficiency & Commercial Synergy

  • Leveraging the abundant wind and solar resources and cost-competitive green power in Northwest China to enhance the economic viability of the “East-to-West Computing” initiative
  • Uses AI to optimize renewable energy utilization and electricity market returns, creating added value from Watts to Bits
  • Enables new business models combining computing and energy, including computing-as-a-service and energy data services

Social Value: Decarbonization & Energy Security

  • Supports the transition from energy-consumption controls toward carbon-emission controls, contributing to decarbonization goals
  • Integrates generation, grid, load and storage to make computing centers more flexible and dispatchable, strengthening grid resilience and security
  • Leveraging China’s scale advantages in renewable energy and computing power to support the global adoption of green standards and industry models
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