FGI SVG Technology Activates New Quality Productivity and Strengthens the Power Foundation for Green Data Centers in the AI Era
Amidst the explosive growth in computing power driven by artificial intelligence, data centers worldwide are undergoing a revolutionary upgrade of their power supply systems. As core infrastructure supporting AI computing clusters, next-generation data centers are reshaping power quality management standards for the digital age. By deeply integrating high-voltage SVG (Static Var Generator) technology with intelligent power distribution management systems, they are injecting green momentum into the digital economy.
The AI computing revolution presents severe challenges to traditional data center power distribution systems. As the power density of AI server clusters breaks through limits, intensified instantaneous power fluctuations increase the risk of voltage flicker. Nonlinear loads cause a compounding effect of harmonic pollution. Meanwhile, traditional reactive power compensation equipment cannot match the response speed required by dynamic load changes. These issues directly impact the power supply quality for GPU computing units, potentially leading to critical business interruptions and reduced equipment lifespan, becoming a bottleneck that restricts data center efficiency.
Addressing these industry pain points, FGI's high-voltage SVG demonstrates significant technical advantages. Compared to traditional compensation solutions using LC filters and SVC, this technology achieves 100% reactive power compensation within 10ms. Its millisecond-level dynamic response perfectly matches the second-level fluctuation characteristics of AI loads. It automatically detects system harmonics and provides timely compensation and mitigation, ensuring the purity of the power waveform for precision chips. Furthermore, it offers flexible configuration, high power density, and stable compensation capacity. For the same capacity, it requires a smaller footprint, is less affected by system voltage fluctuations, and can flexibly adapt to various on-site application needs.
Guided by China's "East Data West Computing" project and dual-carbon strategy, FGI's high-voltage SVG has become a standard choice for new data centers. For instance, a China Unicom data center employs a 10kV 3M indoor air-cooled SVG; a China Mobile data center selected a 10kV 10M indoor water-cooled SVG; and an Alibaba data center photovoltaic power generation project deployed a 10kV 1M outdoor air-cooled SVG. The implementation of these numerous benchmark projects validates the technology's maturity and reliability.
The application at the National Supercomputing Center in Jinan further highlights its robust capabilities. As the birthplace of China's first petaflop supercomputer fully developed with domestic processors, the center's comprehensive computing power ranks among the world's best, serving over 3,000 institutional users. FGI customized two sets of 10kV/6Mvar high-voltage dynamic reactive power compensation systems for the center. Deployed on two bus sections of the power distribution system and utilizing advanced IGBT power modules and instantaneous reactive power theory control technology, these systems have operated stably for over 1,700 days since commissioning. They have increased the campus power supply system's power factor to above 0.98 and effectively reduced line losses by 15%, providing strong power guarantee for the supercomputing center's research work.
Upholding the philosophy of "Customer First Always," FGI also conducts dedicated "Sunshine Service" follow-up visits. As an innovative leader in the high-voltage SVG field, FGI focuses on integrating and innovating power electronics technology. The company continuously expands its comprehensive solutions, including power quality management, motor variable frequency energy savings, and energy storage emergency power supplies. This not only solidifies the digital foundation for data centers but also activates new quality productivity through technological innovation. It helps China seize opportunities in the AI-era digital economy competition and injects strong impetus into the development of a Digital China.
In action, for extreme weather events, FGI's professional technical teams visit customer sites. They conduct comprehensive inspections of equipment operation status, identify potential risks, perform professional maintenance, and provide one-on-one technical guidance to ensure SVG equipment maintains optimal performance.
