#USA #Huawei #Barcelona #AI Data Centers #Energy Architecture

Huawei's Next-Generation Energy Architecture Unveiled at MWC 2025

During the Mobile World Congress (MWC) event held in Barcelona from March 3 to 6, 2025, He Bo, President of the Huawei Data Center Facility and Critical Power Product Line, presented an advanced energy architecture designed specifically for data centers called Single SitePower. This new framework aims to empower operators as energy prosumers (those who both produce and consume energy) while adapting to the rapid advancements brought by artificial intelligence.

The Rise of Smart Data Centers

He Bo emphasized that the evolution of network architectures tailored towards data centers is pushing for increased demand for digital and smart energy solutions. Huawei Digital Power is continuously innovating its architecture and solutions to assist operators in thriving in this energy-centric landscape.

Overview of Single SitePower Architecture

Single SitePower represents a smart energy solution architecture that comprises a unique three-tier synergistic mechanism. This mechanism encompasses energy equipment, wireless networks, and power distribution systems, thereby enabling bidirectional interaction of energy and information flows throughout the entire process—from energy source to network, load, and storage. This architecture is pivotal in optimizing energy efficiency on-site and enhancing power availability, effectively reducing carbon intensity in networks.

Key Features of Single SitePower:

1. Resilience: Huawei integrates wireless networks with energy equipment to ensure compatibility across networks, sources, and storage systems, leading to robust facilities throughout the operational process.
2. Ecology: By leveraging cutting-edge technologies like high-voltage series connections, optimizers, intelligent algorithms, and fault circuit interrupters, Huawei is enhancing ecological site construction and facilitating the monetization of green energy.
3. Reliability: Huawei stresses the need for high-quality and secure lithium batteries to ensure dependable communication, establishing a resilient energy supply chain.

RASTM Guidelines for AI Data Centers

The development of AI data centers must tackle four main challenges: reliability, uncertainty, rapid delivery, and high energy consumption. To address these, Huawei has proposed the RASTM guideline for building AI-integrated data centers. Here’s what these guidelines emphasize:

• - Reliability: With the exponential growth in the value of AI devices, ensuring reliability stands as a pivotal challenge. AI data centers must adopt refined architectures and robust management to maintain operational dependability throughout their lifecycle.
• - Agility: AI data centers should embrace a modular design that flexibly addresses uncertain requirements, thus facilitating quick service delivery.
• - Sustainability: Improved energy efficiency will shift the focus from enhancing individual device performance to optimizing parallel systems and utilizing a super economical operational mode (S-ECO).

He Bo stated, “We advocate for the concept of energy for AI and AI for energy, continuously investing in technological innovations to bolster deeper integration of digital, smart, and low-carbon technologies. Our aim is to establish resilient, green, and reliable ICT facilities that assist operators in transitioning from mere energy consumers to active prosumers.”

Huawei's Commitment to Innovation

The MWC Barcelona 2025 continues to serve as a platform for Huawei to unveil innovative products and solutions. Visitors can find Huawei at booth 1H50 in Hall 1 at the Fira Gran Via, where they will showcase cutting-edge advancements that accelerate the deployment of 5G-Advanced technology and how AI is transforming business operations and infrastructure.

As the world pivots towards smarter energy solutions, Huawei is set to lead the charge by closely collaborating with operators and partners worldwide.

For additional details, please visit Huawei's MWC 2025 Event Page.