【Smart CityOnline Brand Column】The High Level Forum on the Development of Intelligent Electric Vehicles (2026), hosted by the Chebaihui Research Institute, will be held in Beijing from April 11th to 12th. Representatives from various fields such as automobiles, energy, and artificial intelligence gathered together to focus on "promotingnew energyThe theme of "intelligent, green, integrated, and international development of automobiles" was extensively discussed and exchanged. Huawei Director and President of Huawei Digital Energy, Hou Jinlong, delivered a speech at the meeting with the theme of "Heavy Truck Supercharging, Intelligent Sports Domain, Supporting High Quality Development of Electric Vehicle Industry".
Hou Jinlong said, "Benefiting from technological breakthroughs, continuous improvement of charging infrastructure, and continuous cost reduction, the penetration rate of the electric vehicle market has rapidly increased, showing vigorous development vitality. Huawei Digital Energy is positioned as a provider of 'sports domain and charging network solutions', adhering to technological innovation, creating high-quality products and solutions, and working together with customers and partners to promote the high-quality development of the electric vehicle industry. In the field of intelligent electric vehicles, it provides core support for vehicle electrification and intelligence, helps car companies build good cars, and brings users an excellent driving experience. In the field of intelligent charging networks, it is committed to providing high-quality charging solutions for operators, targeting passenger and commercial vehicle heavy-duty truck scenarios, and bringing users a better energy replenishment experience.' '
Heavy Truck Supercharging: Building a High Quality Megawatt Supercharging Network Together with Customers and Partners around "Point Line Surface"
In the process of transportation electrification, heavy-duty truck electrification is a key battlefield, but it is facing challenges such as low energy replenishment efficiency and severe shortage of dedicated charging facilities for heavy-duty trucks. As a provider of charging network solutions, Huawei Digital Energy has upgraded and created a megawatt level supercharging solution based on liquid cooled ultra fast charging for passenger cars to address these issues. In terms of replenishment speed, SoC can be quickly charged from 10% to 90% within 15 minutes, achieving "charging in 5 minutes, driving 100 kilometers"; In terms of compatibility and evolution, it is compatible with the "2015+" national standard, can serve all models from 1C to 3C and above, and supports smooth evolution; In terms of grid friendliness, the integration of photovoltaic energy storage and charging, as well as grid based energy storage technology, is adopted, which has the three major capabilities of "merging and disconnecting, power scheduling, and microgrid evolution". It can reduce the instantaneous high current impact on the grid and achieve "new energy electricity for new energy vehicles", making heavy-duty truck stations an important consumption scenario for new energy electricity.
The key to opening up the scene for electric heavy-duty trucks is to create a "point line surface" megawatt supercharging and energy replenishment network coverage. By combining "point line surface", a unified, efficient and reliable green energy replenishment network for heavy-duty trucks is systematically constructed:
Focus on efficient circulation of bulk materials and create a core hub for electric heavy-duty trucks. In Beichuan, Sichuan, Huawei Digital Energy helped customers build the world's first 100 megawatt level supercharging station, achieving the integration of "vehicle pile network storage". The station is equipped with 126 supercharging parking spaces, which can serve more than 700 heavy trucks per day, with a daily charging capacity of over 300000 kWh, supporting the green transformation of pillar industries such as Beichuan Mining and Manufacturing, and enhancing the logistics competitiveness of the Sichuan Chongqing region.
Line: Join hands with customer partners to create a megawatt supercharging corridor and jointly build a zero carbon logistics trunk line. At present, Huawei has assisted customers and partners in building more than 20 medium to long distance megawatt supercharging corridors, including "Qingdao to Linyi", "Mianyang to Chengdu", and "Yunnan to surrounding countries". In March 2026, Huawei and SF Express conducted operational verification in the Beijing Hong Kong Macau Wuhan Shenzhen section. Among them, on the 1046 kilometer freight route from Huizhou to Wuhan, the actual running time of the megawatt super charged heavy-duty truck is about 13 hours and 20 minutes, and the heavy-duty truck only needs 17-18 minutes to replenish energy to 90%. The fuel cost per trip is about 950 yuan, which meets the needs of express delivery business in terms of timeliness and economy.
Face: From passenger car electrification to commercial vehicle electrification, to assist in the transformation and upgrading of urban green transportation. In recent years, Huawei Digital Energy has assisted multiple cities in completing the construction of passenger car supercharging networks, providing convenient services for residents' green travel. In 2025, Shenzhen and Chongqing launched the construction of a megawatt supercharging network for electric heavy-duty trucks. Shenzhen plans to build 50 megawatt supercharging stations by 2026; Chongqing's "Convenient Supercharging 2.0" plans to build over 100 megawatt supercharging stations; Cities such as Xuzhou and Hangzhou are also accelerating their planning and construction, and supercharging networks have become an important foundation for green ecological cities.
Accelerating the construction of a supplementary energy network mainly based on megawatt supercharging is the key to promoting the sustainable and healthy development of heavy-duty truck electrification. To support the high-quality development of the industry, Hou Jinlong put forward three suggestions at the meeting:
Ecological synergy: Strengthen the ecological synergy of the industrial chain, jointly carry out technological innovation and business synergy, and achieve win-win development opportunities.
Co promotion standard: Accelerate the demonstration and promotion of megawatt supercharging networks, and support their large-scale application on "point, line, and surface".
Policy guidance: Continuously carry out support policies for the electrification of heavy trucks, encourage the adoption of advanced technology electric heavy trucks, optimize relevant standards such as electric heavy truck load, give priority to road rights, and other measures to help the logistics industry reduce costs and increase efficiency.
Electrification and intelligence in the sports field: making electric vehicles safer to drive, more efficient in range, and smoother in driving control
In the current booming development of electric vehicles, intelligent driving, cockpit, and sports domain are the "new three major components" that measure the core competitiveness of electric vehicle products. The cockpit is the soul, making interaction more intelligent; Intelligent driving is the brain, making driving more relaxed; Sports domain is the cornerstone, making the whole vehicle safer. The deep collaboration of the three forms a "perception decision execution" closed loop, jointly constructing the core control system of electric vehicles.
As a provider of sports domain solutions, Huawei Zhiqing makes electric vehicles safer, more efficient in range, and smoother in driving control through the electrification and intelligence of the sports domain.
Comprehensive electrification: It refers to the leap from electrification of power to electrification of "power+chassis", allowing vehicles to move from "passive response" to "active perception+precise execution", providing a physical foundation for the intelligence of the entire vehicle.
Electric intelligence: It refers to upgrading from single point intelligence to "multi system integrated intelligence". By using a unified control model and algorithm to coordinate the overall attitude control of the electric vehicle, it ensures safer driving, more efficient range, and smoother driving experience. In terms of precise security, it has been upgraded from a hundred millisecond level to a millisecond level active security, with response speed increased by more than ten times; In terms of charging range, it can be optimized from 10 kilometers per kilowatt hour to 12 kilometers or even higher.
The precise security capability of Huawei Intelligent Engine has been fully validated in a series of winter tests. In the ice and snow road rescue test, the WENJIE M8 successfully dragged a 17 ton truck on the ice surface. With intelligent torque precision control technology, the vehicle can achieve millisecond level torque vector distribution, keeping the body controllable and not slipping on low adhesion roads. In the extreme test of simultaneous failure of four-wheel braking, the vehicle handling stability model was reconstructed through redundant safety design and "X-direction" fusion control algorithm, and the optimal trajectory was planned in real time to achieve system level safety of the entire vehicle.
At the end of his speech, Hou Jinlong stated that in the future, with the rapid development of wind power and photovoltaic new energy, the electric vehicle industry and charging network will deeply coordinate with the new power system, moving from one-way power supply to two-way interaction and intelligent linkage, achieving the integration of transportation and energy, and high-quality development. Huawei Digital Energy will adhere to technological innovation and ecological synergy, "providing safe and comfortable driving experience for new energy vehicles", "ensuring high-quality charging wherever there is a road", and "enabling new energy vehicles to use new energy electricity".
Original title: Huawei Hou Jinlong: Focusing on Heavy Truck Supercharging and Intelligent Sports Domain, Promoting High Quality Development of Electric Vehicle Industry
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