Green Data Centers, Smarter Grids: SVG Powers the AI Era

As AI technologies drive explosive growth in computing power demand, global data centers are revolutionizing their power supply systems. Supporting AI computing clusters as core infrastructure, next-gen data centers are transforming power quality management by integrating high-voltage SVG systems with intelligent power distribution solutions.

I. Power System Challenges in the AI Computing Revolution

With the breakthrough power density of AI server clusters, traditional data center power distribution systems face three critical challenges:

1. Increased voltage flicker risks caused by instantaneous power fluctuations;

2. Compounding harmonic pollution effects induced by nonlinear loads;

3. Inadequate response speeds of reactive power compensation equipment to match dynamic load variations.

These issues directly impact power supply quality for GPU computing units, potentially leading to critical service interruptions and accelerated equipment degradation.

II. Technical Advantages of High-Voltage SVG

Compared with conventional LC filter + SVC compensation solutions, high-voltage SVG demonstrates superior capabilities:

1. Millisecond-level dynamic response- Achieves 100% reactive power compensation within 10ms, perfectly matching second-level fluctuations of AI workloads

2. Precision harmonic mitigation- Automatically detects system harmonics and implements timely compensation to ensure pristine power waveforms for precision chips

3. Flexible configuration solutions- Adaptable to diverse on-site application requirements

III. Green Data Center Implementation Models

China Unicom Data Center Substation Project- 10kV 3Mvar Indoor Air-cooled SVG

China Mobile's certain data center substation project- 10kV 10Mvar indoor water-cooled

Alibaba's certain data center photovoltaic power generation project- 10kV 1Mvar outdoor air-cooled SVG

Guided by China's "East Data West Computing" strategy and dual-carbon goals, high-voltage SVG integrated power distribution solutions are becoming standard configurations for next-gen data centers. This technology not only ensures reliable operation of AI computing infrastructure but also establishes an efficient, stable, and green power foundation for the digital economy through three breakthroughs: dynamic reactive compensation, harmonic mitigation, and energy efficiency optimization.

As an innovation leader in high-voltage SVG technology, FGI will continue advancing power electronics integration to deliver comprehensive smart power quality solutions for global data centers, empowering enterprises to seize strategic opportunities in the AI era.

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