Core Insights - Huawei has released the top 10 trends in the charging network industry for 2026, emphasizing the importance of high-quality development and technological advancements in the sector [1]. Group 1: High-Quality Development - High-quality development is becoming essential for ultra-fast charging infrastructure across various vehicle models, necessitating the large-scale renovation of existing charging devices [2]. - The industry will focus on collaborative planning, standards, supervision, and management to ensure high quality translates into high returns for industry partners [2]. Group 2: Ultra-Fast Charging Adoption - Ultra-fast charging, once a premium need, is now expected to be widely adopted across all vehicle types, driven by the application of third-generation power semiconductor materials and high C-rate traction batteries [3]. - The market share of ultra-fast charging vehicles is anticipated to increase significantly, with megawatt charging commercial vehicles dominating the market [3]. Group 3: Megawatt Scale Logistics Electrification - The transition to "electricity from combustion" will facilitate the widespread use of electric vehicles in various scenarios, driven by the reduction in costs of traction batteries and innovations in megawatt charging technologies [4]. - This trend is expected to bring significant economic and social value [4]. Group 4: 100 Megawatt Charging Stations - 100 MW scale charging stations will become essential infrastructure for efficient operations in the electric logistics trend, unlocking strong clustering effects and ensuring long-term sustainable profits for charging station investments [5]. Group 5: Safety and Reliability - Commercial vehicles require higher charging power and greater energy storage system (ESS) capacity at charging stations compared to passenger vehicles, making safety and reliability fundamental requirements [6]. - A comprehensive electrical safety protection architecture will be essential, reinforced by a solid cybersecurity foundation [6]. Group 6: Advanced Cooling Technologies - Advanced cooling technologies will provide reliable performance in various challenging charging scenarios, contributing to efficient megawatt charging and reducing overall vehicle costs [7]. Group 7: DC-Based ESS + Charging Devices - A DC-based ESS + charging system can effectively increase power capacity, enabling the rapid and cost-effective establishment of ultra-fast charging stations even in areas with limited grid power [8]. Group 8: Modular Station Construction - Modular solutions at the station level will adapt to various charging scenarios, offering low costs, quick installation, and easy scalability, making them a flexible option for investors [9]. Group 9: Campus Microgrid Systems - A PV + ESS system integrated with ultra-fast charging technology can operate in grid-connected or off-grid modes, enhancing power capacity and maximizing green energy utilization [10]. Group 10: AI Empowerment - The evolution of charging networks will enable seamless collaboration among chargers, stations, charging devices, and vehicles, improving the end-to-end charging experience for vehicle owners and enhancing logistics and transportation efficiency [11].