Kunyue Digital Energy Unveils Next-Gen AIDC Solutions

Guangzhou Kunyue Digital Energy Technology Co., Ltd. recently held a major conference in Guangzhou to launch its comprehensive series of 1-3.6MW single-cabinet 800V native high-voltage direct current (HVDC) AI Data Center (AIDC) products. The event gathered industry leaders, researchers, and investors to explore the green and low-carbon development of AI infrastructure.

Technical Breakthroughs in Power Supply

The newly released product series leverages globally leading liquid-cooled HVDC power supply technology to fundamentally reconstruct the energy infrastructure for AI computing. Key technical highlights include:

  • 800V HVDC Architecture: Significantly reduces power conversion losses and enhances overall system efficiency.
  • Advanced Liquid Cooling: Ensures optimal thermal management for high-density computing racks, lowering PUE.
  • Third-Generation Semiconductors: Utilizes SiC and GaN components for superior power density and reliability.

Industry Impact and Ecosystem Building

The transition to 800V HVDC systems marks a critical shift in how AI data centers manage escalating power demands. By integrating equipment manufacturing, renewable energy storage, and academic research, Kunyue is fostering a synergistic digital energy ecosystem. During the conference, the company successfully signed multiple strategic cooperation agreements with upstream and downstream supply chain partners, as well as prominent universities, to accelerate the commercialization of cutting-edge technologies.

Future Outlook for Green AI Infrastructure

As AI models continue to grow in complexity, the need for sustainable and high-capacity power solutions has never been more urgent. Kunyue's innovative approach not only addresses the immediate thermal and electrical challenges of modern AIDCs but also sets a new industry standard for carbon neutrality. Moving forward, the company plans to expand its global footprint, collaborating with international tech giants to build resilient, next-generation computing environments that balance immense computational power with environmental responsibility.