Here’s a polished English translation of the title: **TÜV Rheinland Hosts Advanced Technology Forum on New Energy and Modern Power Systems, Driving Energy Transition in Western China**

Xi’anMay 27, 2026 /PRNewswire/ — On May 22, TÜV Rheinland Greater China (referred to as “TÜV Rheinland”), an internationally independent third-party testing, inspection, and certification organization, held an advanced technology forum on new energy and new power systems in Xi’an. This event received strong support from the China Power Supply Society, the Power Electronics and New Energy Technology Research Center of Xi’an Jiaotong University, the Information System Power Supply Technology Professional Committee of the China Power Supply Society, and Aerospace Quality Measurement (Xi’an) Technology Co., Ltd. It brought together over 200 authoritative experts, industry leaders, and corporate representatives from fields such as power electronics, new energy, energy storage, and data centers to discuss the technological frontiers and industrial future of new power systems.

Rooted in Energy Transformation, Upholding Long-Termism in Quality Compliance

Li Weichun, Senior Vice President of Solar and Commercial Products Services for TÜV Rheinland Greater China and Global Senior Vice President of Power Electronics Product Services, stated in his address: “Currently, the global new energy industry is undergoing cyclical adjustments, and market competition is becoming increasingly fierce. The more the industry fluctuates and changes, the more deeply we recognize: short-term breakthroughs rely on cost optimization and scale expansion, but for enterprises to stand firm in the long run, safety and quality are always indispensable. Adhering to long-termism is the core force to navigate industry cycles.” He emphasized that the new energy industry is transitioning from single power generation to a coordinated “source-grid-load-storage” new power system. With the rapid rise of the AI computing power industry, solid-state transformers, high-voltage DC power supply, and energy storage systems are facing vast opportunities, making stable and secure power supply an industry necessity. TÜV Rheinland is always committed to building a foundation of trust through professional certification, helping enterprises explore markets with its global network, and accompanying the industry’s progress with technical expertise.

Intensive Output of Cutting-Edge Technologies, Focusing on Solid-State Transformers and Corporate Overseas Compliance

At the forum, Liu Jinjun, President of the China Power Supply Society and Director of the Power Electronics and New Energy Technology Research Center at Xi’an Jiaotong University, delivered a keynote speech titled “Modular Solid-State Transformer Based on Magnetically Coupled Three-Phase Circuit Modules,” systematically elaborating on the key value of solid-state transformers in improving power quality and flexibly integrating distributed energy. Subsequently, the forum interpreted technical solutions for solid-state transformers and high-frequency isolation transformers, and conducted in-depth discussions on topics such as compliance management and business continuity assurance for enterprises going overseas, electrical and installation regulations for new energy products, and energy storage risk reduction and sustainable operations. These covered the full-chain quality concerns of new power systems from equipment to systems, providing the industry with clear and actionable technical roadmap references. The mutual validation of cutting-edge academic research breakthroughs and technical solutions from third-party testing and certification organizations indicates that solid-state transformers are no longer confined to the paper stage but have entered a critical window for engineering validation and standard development.

Official Launch of the AI Data Center Full Industry Chain White Paper Compilation

Currently, artificial intelligence technology is reshaping the global economic landscape. As the core foundation for AI computing power development, the robustness of the data center industry chain, technological foresight, and stringent quality standards are receiving high attention. At the forum, the compilation of the “TÜV Rheinland 2026 AI Data Center Full Industry Chain Technology Development and Quality White Paper” was officially launched, marking TÜV Rheinland’s strategic extension from traditional power electronics testing and certification to full-chain quality assurance for AI infrastructure. The white paper will focus on global AI industry and AI data center development trends, deeply analyze core challenges such as power supply stability, high-power density cooling, energy efficiency, and safety compliance for data centers under growing computing power demand. Centered on the core supply chain system of AI data centers, it will systematically cover key technical requirements for infrastructure, communication systems, energy supply, system integration, operations and maintenance, and investment. Combined with third-party testing and certification solutions and practical cases, it aims to build a rigorous quality standard evaluation system, providing guidance for enterprises across the industry chain to address high computing power, high energy consumption, high reliability, and compliance requirements.

Roundtable Discussion: Technological Breakthroughs and Ecosystem Landscape of AI Power Supplies under Computing Power Infrastructure

In a roundtable forum themed “Transformation and Voyage: Technological Breakthroughs, Ecosystem Landscape, and Development Direction of AI Power Supplies under Computing Power Infrastructure,” experts from fields such as power electronics and energy storage engaged in deep exchanges on topics including changes in AI load characteristics, the commercialization process of new materials like silicon carbide, upgrades in power supply technology architecture, new grid-forming energy storage grid-connection regulations, applications of wide bandgap semiconductor materials, and new market demands for AI power supplies. They shared industry insights from multiple dimensions such as technology R&D, industrial ecology, market applications, and standard compliance, charting the development direction for technological innovation and ecological layout in the AI power supply industry during the era of computing power infrastructure. Experts generally reached a consensus: AI power supplies are not a simple upgrade of traditional UPS but a redefinition from topology structure to system ecology.

Strategic Signings and Certification Ceremonies: Witnessing New Heights in Industrial Cooperation

As an important driver of energy transformation in Western China, TÜV Rheinland further demonstrated through a series of strategic cooperation signings and certification ceremonies that new energy enterprises in the Western region are stepping onto the world stage with outstanding technical strength.

TÜV Rheinland officially signed a strategic cooperation agreement with Shaanxi Kunxiaorun Intelligent Technology Co., Ltd. The two parties will engage in deep cooperation in areas such as charging piles and V2G (Vehicle-to-Grid) technology, synergizing efforts in technology sharing, product innovation, and market expansion to jointly promote the high-quality development and global layout of the power electronics industry.

Honoring Craftsmanship: Outstanding Quality Personnel Awards Announced

To promote the spirit of quality craftsmanship and set industry benchmarks, TÜV Rheinland specially arranged the “2026 Outstanding Quality Personnel” award ceremony to recognize individuals who have made significant contributions to advancing cooperation, improving product quality, and enhancing service levels. Yu Baojun, Director of the R&D and Testing Department of Xi’an Weiguang Energy Technology Co., Ltd., and Xue Zhao, Safety Regulations Head of Xi’an Wanheyue Energy Technology Co., Ltd., received the honorary title of “2026 Outstanding Quality Personnel.”

In the future, TÜV Rheinland will continue to deeply cultivate the Western market, leveraging its global network and localized service advantages. Focusing on cutting-edge tracks such as solid-state transformers, energy storage, AI data centers, and photovoltaic-storage-charging integration, it will deepen industry-academia-research collaboration and enterprise partnerships. This will help upgrade and cluster the Western new energy industry, drive technological innovation breakthroughs, and support more Chinese intelligent manufacturing enterprises in steadily exploring global markets, injecting sustained momentum into China’s “dual carbon” goals and the comprehensive construction of new power systems.