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Building a High-Quality Intelligent Computing Foundation to Power the AI Era Forward
AIDC business surge: Incident response times shift from hours to seconds.
Traditional DC construction period ≥ 18 months; fails to meet requirements for fast delivery.
The server power increases exponentially; traditional DC facilities cannot support IT evolution.
Rapid AIDC expansion leads to significant energy consumption.
Ensuring AIDC lifecycle reliability across products, architecture, intelligent management, and professional O&M
Process reliability, E2E full-link control
Distributed architecture, isolated backup power, and minimized fault domain
AI-powered predictive maintenance, shifting from passive response to proactive prevention
Eliminating potential risks during deployment and enhancing routine maintenance
Productized engineering, enabling flexibility for rapid AIDC construction and smooth evolution
Decoupling IT buildings from subsystems like power supply/distribution and cooling to enhance architectural flexibility
Modular design enables on-demand deployment and elastic capacity expansion.
Modular design enables on-demand deployment and elastic capacity expansion.
Prefabricated modules are standardized in the factory, ensuring high-quality and rapid delivery.
Reconstructed power supply links enable one power supply per row for high density and space saving.
Subsystem decoupling
Modular design
Module
prefabrication
High-density convergence
End-to-End Low-Carbon AIDC
UPS efficiency improvement: single UPS > parallel UPS > full-link efficiency; S-ECO mode reaches up to 99.1% efficiency
Air-liquid hybrid cooling and AI energy-efficiency optimization reduce cooling power consumption
L1 (facility) and L2 (IT hardware) coordination to adjust power supply/distribution and cooling capacity on demand
Direct green power supply, power grid collaboration, and load scheduling for innovative AIDC construction mode
Efficient power supply
Efficient cooling
Efficient system
Computing-electricity collaboration
For scenarios such as large AI model training and edge inference, Huawei continues to develop AIDC power supply/distribution and thermal management technologies and delivers comprehensive AIDC solutions through highly reliable products and collaboration within its global consulting ecosystem.
Hyperscale
AIDCs
Edge inference
AIDCs
AI
for DC
Recall rate: 90%+, accuracy rate: 80%+
Inverter capacitor exception identification
Flow rate adjustment for optimization
Integrating ecosystem resources, collaborating with consulting and design, solution development, and EPC partners to build a comprehensive AIDC solution.
Empowering consulting and design partners to drive industry standard design and continuous technology leadership.
Leveraging Huawei's core self-developed products and partnering with industry leaders to precisely meet customer demands with optimized solutions.
Collaborating with EPC partners to streamline the full-link process from compliance certification, design, and delivery to project management, ensuring successful project implementation.
