#China #Shenzhen #Huawei #Charging Network #EV Trends

Huawei Unveils 10 Key Charging Network Trends for 2026

On January 16, 2026, Huawei officially revealed ten pivotal trends shaping the charging network industry. Spearheaded by Wang Zhiwu, President of Huawei's Intelligent Charging Network Division, this announcement aims to provide insights on how the charging landscape is set to evolve in the upcoming years. The trends encompass technological innovations and comprehensive strategies that will drive the industry towards sustainability and efficiency.

Trend 1: Quality-Driven Development

The need for high-quality infrastructure for ultra-fast charging is becoming increasingly vital across various vehicle types, from personal cars to commercial transport. The transition towards what Huawei terms “ultra-fast charging cities” highlights a unified approach in planning, standards, supervision, and maintenance. This shift not only focuses on improving service quality but also aims to generate higher profits for industry partners.

Trend 2: Widespread Adoption of Ultra-Fast Charging

No longer a luxury, ultra-fast charging vehicles are set to become more mainstream. The introduction of third-generation semiconductor materials and high C-rate traction batteries will lead to an increased market share for these vehicles. Commercial vehicles featuring megawatt charging will dominate the sector, ensuring that rapid energy replenishment becomes a standard offering in logistics and public transport.

Trend 3: Megawatt Logistics Electrification

Transitioning from fuel to electric power will spur an explosion in the use of electric trucks. As operational profitability hinges on this shift, a broad range of vehicles will embrace electric technology, pushing the boundaries from limited applications to widespread usability. Significant reductions in battery costs and innovative megawatt charging technologies will ensure that this transition is not only possible but economically viable.

Trend 4: The Rise of 100-Megawatt Stations

As logistics electrification gathers pace, charging stations capable of handling 100 MW will become pivotal to high-throughput operations. These stations will leverage technical advantages, competitive energy pricing, and scalable deployment strategies to create powerful clusters of charging facilities, making them a sustainable investment choice.

Trend 5: Safety and Reliability Standards

The requirements for charging infrastructure will heighten, particularly as commercial vehicles necessitate higher charging power and energy storage capacity. Thus, safety and reliability will become paramount, necessitating a comprehensive electrical security architecture to safeguard people, vehicles, and the infrastructure itself, reinforced by robust cybersecurity measures.

Trend 6: Liquid Cooled Ultra-Fast Charging

Employing liquid cooling technology in ultra-fast charging systems will provide superior heat dissipation and protection, ensuring consistent performance even under challenging environmental conditions. Traditional air-cooled systems struggle under extreme temperatures or humidity, making liquid cooling essential for high-efficiency megawatt charging and a reduction in overall vehicle costs.

Trend 7: ESS + DC Powered Chargers

The integration of Energy Storage Systems (ESS) with DC powered chargers will empower operators to swiftly establish ultra-fast charging stations. This approach is particularly advantageous for retrofitting existing low-power stations while minimizing overall network energy use, effectively meeting vehicle demand while maximizing efficiency.

Trend 8: Modular Station Design

Modular solutions for charging stations will streamline design and operational processes, accommodating diverse charging scenarios. Their low cost, quick deployment capabilities, and easy relocation options enhance flexibility. Durable structures ensure long-term value and protection for investors.

Trend 9: Campus Microgrid Systems

Creating a PV + ESS microgrid system will integrate ultra-fast liquid-cooled charging technology, allowing operation in both grid-connected and off-grid scenarios. This comprehensive system boosts output, maximizes green energy usage, and enhances revenue through efficient time-of-use arbitrage.

Trend 10: Artificial Intelligence Utilization

The smart evolution of charging networks will enable seamless interoperability among grids, stations, chargers, and vehicles. By bridging digital barriers, this initiative will enhance users' charging experiences and improve the overall efficiency of logistics and transportation systems.

In conclusion, Huawei is committed to forging strategic collaborations to expedite the deployment of seamless, superior quality ultra-fast charging networks, while tapping into the potential brought forth by the electrification of transportation. This holistic approach is geared towards fostering a greener and more sustainable future.