Huawei Digital Power won the "Data Centre Power Innovation of the Year" for its FusionPower9000, which features fast delivery, flexible capacity expansion, and high reliability. This is a testament to Huawei's technical expertise and ongoing innovation in the field of data center power supply and distribution.

The rapid development of AI services in the intelligent computing era requires faster rollout of AI data centers. The data center construction period is shortened from 18 to 24 months to 9 to 10 months, and in some cases, even as short as 6 months. Additionally, the power density of servers keeps increasing, posing higher requirements on the power supply of data centers. The traditional power supply and distribution system adopts the assembly mode, which is characterized by a long delivery period and complex onsite installation and commissioning. This makes it difficult to meet the power supply requirements in high-density and high-computing-power scenarios.

Huawei's innovative power supply architecture integrates subsystems such as the UPS, lithium battery, and air conditioner to create an integrated power supply and distribution solution, the FusionPower9000. This helps to build AI data centers that feature fast delivery, flexible capacity expansion, and high reliability.

Fast delivery: Through engineering productization, product modularization, factory prefabrication, and pre-commissioning, the delivery period is shortened from 28 weeks to 18 weeks, meeting the requirements for fast AI service rollout. In addition, the prefabrication rate exceeds 90%, effectively improving the delivery quality.

Flexible capacity expansion: The architecture is fully decoupled to achieve one power system per container. The system is deployed outdoors and supports on-demand deployment and flexible capacity expansion.

High reliability: The entire power supply link is visible, manageable, and controllable. The temperature of copper bars is detected in real time through over 150 measurement points. AI temperature prediction realizes overtemperature warning at low load, turning passive maintenance into predictive maintenance. An ultra-high protection container is used and the power supply and distribution system are decoupled from IT buildings, enabling isolated remote deployment and effectively reducing the impact of faults.

Experience the future of energy storage today at booth B90 during Data Centre World Asia 2025.