Huawei Intelligent Data Center New Energy

Huawei's New Energy Intelligent Data Centers combine AI-powered infrastructure, modular design, and green energy solutions to deliver high-density, energy-efficient, and reliable computing facilities. Overview of Huawei's AI-Powered Data CentersHuawei's intelligent data centers (AI DCs) are designed to meet the growing demand for high-density AI computing while addressing energy efficiency, reliability, and rapid deployment challenges. These centers integrate advanced power supply, cooling, energy storage, and operational management systems to optimize performance and reduce carbon emissions.

Huawei's solutions support gigawatt-level campuses capable of handling massive AI workloads, with full-link power supply innovations from grid to chips. Key Technologies and Solutions1. AI-Powered Green Site Huawei's AI-Powered Green Site leverages intelligent algorithms to integrate weather, power generation, and load forecasts, enabling collaborative scheduling of photovoltaic generation, energy storage systems, and backup generators.

This approach reduces fuel consumption, lowers carbon emissions, and ensures business continuity with backup power availability up to 99. 9%. Operators can also monetize energy storage assets through virtual power plant solutions, generating additional revenue.

2. Modular PowerPOD Solution The PowerPOD system adopts a fully decoupled, containerized architecture, allowing one power system per container. This modular design accelerates deployment, achieves over 90% prefabrication, reduces onsite manpower by 70%, and shortens time-to-market for AI DCs.

It supports high-density AI workloads while maintaining energy efficiency and operational reliability. 3.

Single Site

Power Architecture Huawei's next-generation site power architecture, Single SitePower, implements a three-level synergy mechanism across site power facilities, wireless networks, and power grids. It enables bidirectional interaction of power and information flows, improving site energy efficiency (SEE) and power availability (PAV) while reducing network carbon intensity. The architecture emphasizes resilience, green energy integration, and reliable lithium battery deployment.

Design and Operational Guidelines

Huawei provides comprehensive AI DC design guidelines, including the AI DC Computer Room Reference Design White Paper, which addresses challenges such as heat dissipation, power distribution, floor load capacity, and integrated cabling. These guidelines help operators optimize infrastructure for high-density AI workloads and ensure scalable, energy-efficient operations.

Global Impact and Market Outlook

The global AI DC capacity is projected to exceed 100 GW by 2028, with Huawei actively supporting the construction of high-quality intelligent computing centers. The company's solutions aim to reduce energy operating expenditure, enhance reliability, and accelerate the deployment of AI infrastructure, enabling operators to meet zero-carbon targets and maximize computing efficiency. SummaryHuawei's New Energy Intelligent Data Centers integrate AI-driven energy optimization, modular prefabrication, green power deployment, and resilient power architectures to deliver scalable, low-carbon, and high-performance AI computing facilities.

These innovations address the challenges of reliability, energy consumption, and rapid deployment, positioning Huawei as a leader in next-generation intelligent data center solutions.