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Huawei's Vision for the Future of Charging Networks

On January 16, 2026, Huawei unveiled its anticipated report titled Top 10 Trends of Charging Network Industry 2026. President Wang Zhiwu delivered an insightful overview of the strategies and innovations that could shape the charging infrastructure for electric vehicles in the near future. This article details each trend outlined in Huawei's report, exploring their implications and the broader context of the electric vehicle market.

1. Commitment to High-Quality Development

As electric vehicle adoption continues to rise, the demand for ultra-fast charging infrastructure is escalating. Huawei anticipates that both passenger and commercial electric vehicles will necessitate high-quality charging solutions. The upgrade of existing equipment will be crucial to address diverse energy demands across different vehicle models. By fostering a standard approach through comprehensive planning, Huawei aims to support the emergence of 'megawatt charging' cities, enhancing return on investment for industry partners.

2. Broad Adoption of Ultra-Fast Charging

Once considered a premium feature, ultra-fast charging technology is poised to become mainstream. Enhanced performance from next-generation power semiconductors and fast-charging batteries will enable a wider range of consumers to benefit from ultra-fast charging vehicles. Notably, megawatt-scale commercial vehicles will be at the forefront of this transition, capturing a substantial market share.

3. Electrification of Logistics at Scale

The transition from diesel to electric heavy goods vehicles (HGVs) is expected to expand rapidly, transcending previous limitations. Factors such as declining battery costs and advancements in megawatt charging technologies will drive this trend. The widespread electrification of logistics will yield significant economic and social benefits, marking a pivotal shift in the transport sector.

4. Emergence of 100 MW Charging Stations

In response to the demand for high-volume logistics operations, the establishment of 100 MW-scale charging stations is becoming essential. These hubs will offer competitive energy pricing and robust scalability, unlocking a host of operational benefits and fostering long-term profitability for stakeholders.

5. Focus on Security and Trustworthiness

The charging requirements of commercial vehicles necessitate heightened security measures. Huawei emphasizes the establishment of a comprehensive electrical safety architecture to protect users, vehicles, and infrastructure. Additionally, cybersecurity protocols will be crucial to ensuring safe operations across the charging network.

6. The Advantage of Liquid-Cooled Charging Systems

Innovative liquid-cooled ultra-fast charging systems will provide superior performance and reliability compared to traditional air-cooled setups. This technology is designed to function optimally in demanding environments, vastly improving the efficiency and cost-effectiveness of charging infrastructure.

7. DC-Based Energy Storage Solutions

Huawei is pioneering the integration of DC-based energy storage systems (ESS) with charging equipment, significantly enhancing power capacities. This approach allows for speedy deployment of ultra-fast charging stations, even in areas with constrained grid capacity. Legacy stations can be quickly upgraded to meet escalating demands for vehicle charging.

8. Modular Construction of Charging Stations

The adoption of modular designs for charging stations enables flexibility and cost-effectiveness in infrastructure development. These modular systems can be deployed swiftly across various charging scenarios, ensuring long-term durability and investment protection.

9. Development of Campus Microgrids

Huawei anticipates the integration of photovoltaic (PV) systems with energy storage and charging technologies, resulting in advanced campus microgrid solutions. This holistic approach enhances energy efficiency and facilitates environmentally friendly operations while maximizing financial returns through strategic power management.

10. Leveraging AI for Charging Network Optimization

The intelligent evolution of charging networks, empowered by AI, will revolutionize connectivity between networks, individual stations, chargers, and vehicles. Breaking digital silos will enhance the user experience for vehicle owners and elevate transportation efficiency across the logistics sector.

In conclusion, Huawei is committed to accelerating the development of comprehensive, high-quality ultra-fast charging networks. By collaborating with partners, the company aims to seize the opportunities presented by the electrification of mobility, setting a foundation for a more sustainable future in transportation.