On May 22, the TÜV Rheinland "Advanced Technology Forum on Renewable Energy and New Power Systems" was held in Xi'an. Dr. Huang Lang, Chief Engineer of WG Energy, attended the morning closed-door meeting and the afternoon roundtable forum on behalf of the company. Together with representatives from leading domestic and international companies such as Vertiv, Delta, and Eaton, he engaged in in-depth discussions on topics including technology trends in AIDC computing power supply, industry standards and specifications for SST, and multi-scenario application practices.
Addressing Industry Pain Points: Collaborating on SST Standards
During the morning closed-door meeting, attending experts directly confronted the current lack of unified product standards, testing specifications, and grid connection norms in the SST industry chain. They discussed how to accelerate the establishment of a full-chain standard system covering power electronic components, complete equipment, and systems.
Drawing on its engineering practices in multi-scenario large-scale applications, WG Energy shared its experience and data in testing and validation, safety protection, and grid connection interfaces. It proposed that standardization should be based on real-world operational feedback to provide a replicable technical benchmark for the industry. The company stated that it will continue to participate in relevant standard-setting efforts to promote the standardized application of SST in scenarios such as charging, distribution grids, energy storage, and data centers.
Roundtable Forum: Technological Breakthroughs and Ecosystem Collaboration for AIDC Computing Power Supply
During the afternoon AI Power Roundtable Forum, Dr. Huang Lang engaged in discussions with representatives from participating companies on the extreme requirements of AIDC scenarios for power supply systems—high density, high efficiency, and high reliability. He also conducted a technical exploration of how SST can meet the power supply demands of megawatt-scale computing clusters.
During the exchange, Dr. Huang Lang highlighted the empirical cases the company has accumulated from multiple real-world projects.
The SST direct-connected energy storage project at the GDS data center validated the adaptability and operational stability of SST at edge nodes of computing infrastructure.
The PV-storage-charging DC microgrid project in the Netherlands has become a replicable model for smart DC microgrids in the European market.
At the CNPC Kunshan charging station cluster project, four stations have accumulated over 900 days of operation with nearly 3 million kWh of charging capacity, demonstrating the reliability and efficiency advantages of SSTs in load-intensive scenarios through long-term operational data.
The SST direct-connected energy storage project in Tacheng, Xinjiang, has operated stably in extremely cold environments, showcasing strong environmental adaptability.
Flexible distribution network interconnection projects in Maoming (Guangdong), Qiannan (Guizhou), and Yinchuan (Ningxia) have provided mature solutions for grid flexibility, source-grid interaction, and V2G.
Through these empirical cases covering charging, energy storage, distribution grids, overseas microgrids, and data center edge scenarios, WG Energy has demonstrated to the industry the full-lifecycle economy, high reliability, and stability of SST in actual operation, addressing the three most critical concerns of AIDC customers regarding new power supply technologies.
Building Ecosystems Together: Industry Collaboration for the Age of Computing Power
On the ecosystem level, Dr. Huang Lang conveyed a signal of open cooperation to his peers at the forum. WG Energy is willing to contribute its technological expertise and engineering experience in the field of SSTs to the industry, jointly advancing AIDC power supply toward a new stage of high efficiency, flexibility, and green development.
Under the spotlight of this TÜV Rheinland forum, WG Energy did not tell a grand story about the future, but instead showcased a present path already validated by real projects, operational data, and customer trust. As the wave of the computing power era truly arrives, WG Energy stands ready — armed with internationally leading SST technology and an open and cooperative mindset — to work with industry chain partners to drive the evolution of AIDC power supply architectures, delivering an efficient, flexible, and green Chinese solution for global computing infrastructure.
