FGI Supports China's Largest Single-Entity AI Computing Center
Driven by the national "East Data West Computing" strategy and surging demand for AI computing power, the Xinjiang Yiwu Computing Industrial Park has become a key hub for green-powered intelligent computing. It leverages local advantages in new energy resources. The Tianshan Intelligent Valley Advanced Computing Cluster—China's largest single-entity AI computing center—is located here. With a high-performance computing capacity reaching 60,000 P, the cluster provides solid hardware support for computing industry growth. As critical power equipment ensuring stable park operation, FGI SVG devices solve technical challenges in green-power supply scenarios. They deliver reliable power protection for efficient computing cluster operation, building a new green development model of "computing-power coordination."
Dual Challenges from Green Power Fluctuations and Computing Loads
The park faces prominent issues of reactive power shortage and voltage fluctuations. Wind and solar power generation show intermittent and variable output, influenced by changes in sunlight and wind speed. This leads to voltage fluctuations and flicker. Servers, GPUs, and other core equipment in computing centers are highly sensitive to voltage stability. Voltage swings beyond the allowable range cause operational anomalies, severely affecting the continuity and accuracy of large-model training.
Harmonic pollution increases power supply risks. Computing clusters consist of numerous nonlinear loads, which generate harmonics during operation. These harmonics feed into the grid, interfere with normal operation of power equipment, raise losses in transformers and cables, reduce supply efficiency, and may trigger circuit resonance, damaging precision power electronic devices.
Precise Adaptation to Green Power Supply in the Computing Park
1.Extremely fast response and accurate voltage fluctuation suppression: FGI SVG applies instantaneous reactive power theory. Its full-power response time is ≤5 ms. The system quickly tracks power fluctuations from new energy generation and dynamic changes in computing loads. It outputs reactive power in real time for compensation, effectively stabilizing grid voltage and keeping voltage variations within a very narrow range.
2.Multi-dimensional improvement of power quality: The product integrates reactive power compensation, harmonic mitigation, and three-phase balance regulation. It comprehensively improves the park's grid power quality. The system maintains a high power factor above 0.95. This meets strict grid standards while providing reliable support for efficient computing center operation and the "green-powered AI computing" ecosystem.
3.Flexible adaptation to diverse operational needs: FGI SVG supports multiple operating modes. These include constant device reactive power, constant power factor at the metering point, and constant voltage at the metering point. According to load variations and green power availability, the system can switch modes flexibly online. It can also follow customized operating curves based on park requirements. The modular design enables easy capacity expansion without large-scale grid renovation, reducing later upgrade costs.
4.Intelligent operation and maintenance for long-term stable performance: The main control system provides comprehensive monitoring and early-warning functions. It tracks key parameters such as input/output current, voltage, and harmonic content in real time, helping maintenance staff accurately understand the power supply status. Relying on FGI's full life-cycle service system and considering the park's remote location, the team offers rapid on-site operational support, ensuring long-term stable equipment performance.
Significant Improvement in Computing-Power Coordination Efficiency
After deploying FGI SVG in the Yiwu Computing Industrial Park, power quality issues were fully resolved. The power supply system now shows greatly enhanced stability and efficiency. Economically, FGI SVG reduces line losses and improves supply efficiency. Combined with the advantage of low-cost local green power, it significantly lowers the overall operating costs of the computing center. Moreover, the high reliability of the equipment effectively reduces unexpected downtime caused by power quality problems. This increases the availability and utilization of computing resources. The solution not only provides solid power protection for the park to meet high-end computing demands, but also promotes the sustainable development of the "green-powered AI computing" industrial ecosystem.
The successful application of FGI SVG in the Yiwu Computing Industrial Park verifies the product's suitability and reliability in scenarios with high renewable energy penetration and large computing loads. It also offers a replicable solution for power quality management in computing parks under the "East Data West Computing" strategy. Moving forward, FGI will continue to advance power electronics technology. Through superior products and services, FGI will support deeper integration between the computing industry and green energy, providing core power support for high-quality digital economic development.
