#Spain #AI Solutions #Barcelona #MWC 2025 #Huawei Data Center

Huawei's Next-Generation Power Architecture Unveiled

Huawei, a leading tech giant, has introduced a groundbreaking architecture for powering next-generation locations along with guidelines for constructing artificial intelligence (AI) data centers. This announcement was made by Che Po, the director of Huawei's Data Center Facility Critical Power product line, during the product showcase at MWC Barcelona 2025.

The newly presented architecture, named Single SitePower, aims to meet the growing demands of data centers in an era characterized by the rise of intelligent digital energy. According to Che Po, Huawei Digital Power is committed to continuous innovation in its architectures and solutions, helping operators thrive as both energy consumers and producers.

Innovative Architecture Features

1. Enhanced Energy Efficiency

Single SitePower is designed as a smart architecture for on-site power solutions. It incorporates a unique three-level synergy mechanism, which integrates site power equipment, wireless networks, and energy grids. This integration allows for bidirectional interaction of energy and information flows from energy sources through to the grid and loads, ultimately improving Energy Site Efficiency (SEE) and Power Availability (PAV), while reducing Network Energy Consumption (NCIe).

2. Sustainability and Green Technology

To promote greener sites and expedite green energy utilization, cutting-edge technologies are employed. These include high-voltage series connections, optimizers, intelligent algorithms, and arc-fault circuit interrupters (AFCI) alongside rapid shutdown devices (RSD). Huawei emphasizes its commitment to building resilient and sustainable facilities through these innovative approaches.

3. Reliability Focus

Huawei believes in using high-quality, safe lithium batteries as a crucial factor for ensuring reliable communication within these setups. This prioritization underscores the company's focus on delivering dependable energy solutions in the data center landscape.

Guidelines for AI Data Center Construction

Alongside its power architecture, Huawei also introduced its guidelines for constructing AI data centers, known as RASTM. These guidelines address critical challenges faced by data centers, such as reliability, uncertainty, fast delivery, and high energy consumption.

a. Reliability

With the skyrocketing value of AI assets, maintaining reliability in AI data centers is essential. The proposed architecture and products will leverage intelligent management and professional services to ensure lasting reliability throughout their lifecycle.

b. Agility

AI data centers must adopt a modular design to remain agile, allowing them to adeptly handle uncertain demands and facilitate fast delivery methodologies.

c. Sustainability

The efficiency of power usage will be a pivotal concern for AI data centers. The focus will shift from the efficiency of individual devices to the efficiency of the parallel system, emphasizing extensive application of the extremally economical traffic regulation mode (S-ECO).

Che Po stated, “We advocate the concept of ‘Power for AI, AI for Power’ and will continually invest in technological innovations to facilitate the deeper integration of digital, intelligent, and low-carbon technologies.” This approach aims to transform operators from mere consumers into both consumers and producers of energy, aligning with the future of ICT infrastructure development.

Conclusion and Future Outlook

Huawei's presentation at MWC Barcelona 2025 highlighted its commitment to driving technological advancements and solutions that support the transition to smart environments. The company is dedicated to collaborating with operators and partners globally to accelerate this transformation. For more information about these initiatives, you can visit Huawei's event page at MWC 2025. The event runs from March 3 to 6, 2025, in Barcelona, showcasing Huawei's latest innovations at booth 1H50 in Hall 1 of the Fira Gran Via.