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Huawei's Next-Generation Power Facility Architecture and AI Data Center Guidelines

In a notable unveiling during the Mobile World Congress (MWC) Barcelona 2025, He Bo, President of Huawei's Data Center Facility and Critical Power Product Line, introduced groundbreaking advancements in site power architecture and AI data center construction. The highlights include the revolutionary "Single SitePower" architecture and the RASTM guidelines tailored for AI data centers.

Single SitePower Architecture

The Single SitePower architecture is presented as a next-generation solution aimed at optimizing the operation of site power facilities. This innovative architecture implements a three-tier synergy system, which integrates site power facilities, wireless networks, and power grids. By facilitating bidirectional interactions between power sources, grids, and loads, this model enhances the management and visualization of energy flows.

Key benefits of the Single SitePower architecture include:
1. Improved Energy Efficiency: The design enhances Site Energy Efficiency (SEE) and Power Availability (PAV), contributing to lower network carbon intensity energy (NCIe).
2. Resiliency: By interlinking wireless networks with site power facilities, Huawei creates a framework that supports robust and resilient operations across energy systems.
3. Sustainability: Leveraging advanced technologies like high-voltage connections and intelligent algorithms, the architecture aims to foster green energy monetization and efficient resource use.

RASTM AI Data Center Guidelines

Alongside the architecture, Huawei introduced the RASTM guidelines, which propose essential strategies for constructing AI data centers. These guidelines tackle four primary challenges, including reliability and power demands, defining a modern approach to AI facility management.

The RASTM guidelines emphasize the following:

• - Reliability: As the complexity and value of AI-driven facilities grow, ensuring reliability becomes paramount. Huawei advises adopting superior architectures and innovative management practices.
• - Agility: Flexibility is crucial for AI data centers. The adoption of modular designs allows for quick adaptability to emerging needs.
• - Sustainability: The focus shifts towards optimizing the efficiency of whole systems rather than just individual components, promoting a holistic approach to energy conservation.

He Bo shared insight into Huawei’s vision, emphasizing the company’s commitment to integrating digital, intelligent, and low-carbon technologies in the ICT sector. "We propose the principle of 'Power for AI – AI for Power,' underscoring our dedication to continuous technological innovation aimed at facilitating the transition from energy consumers to energy prosumers," he stated.

Conclusion

As technology evolves, so does the demand for smarter energy solutions. Huawei's introduction of the Single SitePower architecture and RASTM guidelines not only illustrates their leadership in the digital energy sector but also highlights a crucial shift towards sustainable and efficient energy management practices across data-intensive industries. The MWC 2025 event serves as a platform for Huawei to exhibit its commitment to fostering clean energy solutions and advancing AI capabilities in modern ICT infrastructures.

For those interested in witnessing Huawei's innovations firsthand, the company will be displaying its latest offerings at stand 1H50 in Fira Gran Via Hall 1 during MWC 2025, set to take place from March 3 to March 6 in Barcelona, Spain.

Stay tuned as Huawei continues to lead the charge towards a greener, more intelligent ecosystem in the tech world.