#China #Shenzhen #Huawei #electric vehicles #Charging Networks

Expanding the Future of Charging Networks: Insights from Huawei

On January 10, 2025, Huawei unveiled its highly anticipated report on the Top 10 Trends of the Charging Network Industry as part of its theme "Jointly Charging the Road Ahead." President Wang Zhiwu of Huawei's Smart Charging Network domain discussed how the electric vehicle (EV) sector is poised for unprecedented growth. With projections estimating that global EV numbers will reach 480 million within a decade, it's evident that the transition to electrification is rapidly advancing.

Embracing High-Quality Development

A core theme in Huawei's analysis is an emphasis on high-quality development within the charging networks. The industry is expected to undergo transformative changes, focusing on evolving technologies and diminishing the number of core charger enterprises to enhance operational efficiency.

The Era of Ultra-Fast Charging

As predicted, ultra-fast charging is a significant trend that has emerged in 2024, with cities across China ramping up the installation of these advanced charging facilities. This development is anticipated to stimulate a surge in EV models catering to ultra-fast charging capabilities, indicating that by 2028, nearly all standard EV models will adopt this functionality.

Redefining the Charging Experience

Additional advancements involving smart technologies such as intelligent charging units and automated systems are set to redefine the charging experience. These innovations advocate for a digitalized and automated charging environment that caters to modern consumers’ expectations for efficiency and convenience.

Electrification in Logistics

As the logistics sector pivots to electrify heavy goods vehicles, charging infrastructure will play a crucial role. The adoption of ultra-fast charging technology is seen as a solution to existing challenges in logistics, making it feasible with lower capital expenditures, enhanced compatibility, and simplified maintenance processes.

Enhancing Grid Compatibility

Looking ahead, Huawei emphasizes the importance of grid friendliness. Future interactions between power grids and charging networks will focus on a more active two-way communication model to ensure operational safety.

Transitioning to Multi-Level Power Pooling

A forecasted increase in the variety of compatible EV models will demand the evolution of power pooling technology. This shift will enable commercial EVs to support megawatt-level charging, effectively managing the growing dependency on power resources while accommodating diverse charging requirements.

Pioneering Liquid-Cooled Charging Systems

The industry is expected to adopt fully liquid-cooled charging solutions to address diverse and extreme charging scenarios. The integration of liquid-cooled power units with charging dispensers will form the foundation for future charging operations.

Integrating Solar and Energy Storage Solutions

In an innovative departure from traditional methods, Huawei is advocating for the integration of photovoltaic systems, energy storage solutions, and charging stations. This approach is destined to create more efficient and effective energy solutions while enhancing safety and grid compatibility.

The Future of Low-Power DC Charging

Low-power DC charging is predicted to become central to future vehicle-to-grid developments. Features such as centralized management and digital functionalities will be pivotal as low-power charging becomes more prevalent in settings like campuses.

Prioritizing Electrical Safety

With the expansion of charging scenarios into densely populated spaces, a cohesive safety approach will emerge, transitioning from isolated controls to comprehensive management systems overseeing electric vehicles, charging stations, and energy storage systems.

In conclusion, as Huawei unveils its strategic outlook for the future of charging networks, industry stakeholders are urged to adapt to these emerging trends to remain competitive in a rapidly electrifying world.