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一. Latest Breakthrough: On July 3, a Specialized Automotive Industry "Internal Competition" Rectification Conference was held citywide by the People's Government of Suizhou .. The Party Committee Secretary of Suizhou City presided over a special meeting, directly addressing the pain points of **low-price homogeneous competition and being large but not strong** in the industry, and initiated a comprehensive standardization campaign across the sector 1. **Five Key Rectification Focus Areas**: Crack down on contract fraud, false advertising, quality fraud, illegal affiliation, and tax-related violations; 2. **Enhanced Regulatory Mechanisms**: Implement a whitelist system for testing institutions, conduct cross-regional report reviews, and establish a comprehensive production-to-registration traceability system; 3. **Path to Breakthrough**: While rigorously rectifying market乱象, intensify R&D in new energy and smart equipment, and expand overseas exports to achieve high-end transformation and escape low-price competition. 二. Industry Summit: 2026 Suizhou Automotive Industry Development Conference & Parts Trade Fair (June 9-10) China Internet · China .. 1.  Scale: 116 companies participated, with 103 completed vehicles on display, covering sanitation, emergency services, hazardous chemicals, new energy, and cultural tourism RVs; 2. Transaction Achievements: On-site orders include 20 hazardous chemical tanker trucks, 15 new energy dump trucks, and 8 fire trucks, with dozens of cooperative agreements reached for supporting chassis and components; 3. Cross-regional cooperation: Signed long-term procurement agreements with the Logistics Associations of Wuhan and Guangdong to establish procurement channels for transportation equipment in the Wuhan metropolitan area. 三. Provincial Strategic Launch Conference (June 17): Setting the Tone for National Specialized Automotive & Emergency Industry Transformation Base   Hubei Daily   Hubei Provincial Government Press Conference (Suizhou Special Session)   Announcing Medium- and Long-Term Development Goals: 1. **Long-term Goal (2030)**: Achieve an annual production of over 220,000 specialized vehicles and drive the total output value of the entire industrial chain to exceed 100 billion yuan; 2. **New Energy Planning**: By 2030, the market share of new energy specialized vehicles will reach 40%, with simultaneous development of pure electric and hydrogen energy technology routes; 3. **Export Targets**: Strive to achieve over 5 billion yuan in specialized vehicle exports by 2026, with a total foreign trade volume of 16 billion yuan by the end of the 14th Five-Year Plan period; 4. Industrial Positioning: One out of every seven specialized vehicles in China is produced in Suizhou, accounting for 65% of the domestic market share in emergency mobile equipment and undertaking national-level emergency support tasks such as the Shenzhou spacecraft return. 四. Foreign trade outbreak: export data continues to grow rapidly (intensive overseas support policies were introduced in June)   1. Export performance: From January to M ay, the export of specialized automobiles and spare parts reached 1.69 billion yuan, a year-on-year increase of 86.7%; There are 73 vehicle export enterprises in the city, accounting for more than 54% of Hubei's vehicle export enterprises. Their products are sold to people in Suizhou City, over 190 countries worldwide ..； Two special overseas activities in June: -Mid June Cross border Overseas Summit: Over 40 specialized automobile companies attended to train on cross-border e-commerce, independent website operation, and promote digitalization of foreign trade; -On June 16th, Wuhan Customs Policy Promotion Conference: Targeting over 80 export enterprises, interpreting vehicle access regulations in Southeast Asia, the Middle East, and South America to reduce compliance risks when going abroad; 3. Overseas layout planning: We plan to build KD assembly factories and overseas warehouses in Russia, Southeast Asia, and Africa, and open a multimodal transportation channel for China Europe freight trains. 五. Enterprise Technology Innovation Trends 1. * * Chengli Group (March 18th) released 14 integrated intelligent specialized vehicles for air, space, and ground transportation * * Suizhou City People's Government .. The Intelligent Automotive Research Institute has been established in collaboration with the Chinese Academy of Sciences, launching intelligent fire inspection, power inspection, and law enforcement command vehicles equipped with unmanned aerial vehicles, thermal imaging, and AI recognition systems to achieve vehicle machine collaborative operations, covering emergency and urban management scenarios. 2. Breakthrough in the New Energy Chassis Industry Chain** Chengli+Yiwei Automobile has built a domestic production line for chassis of new energy vehicles; Hubei Hydrogen Energy Commercial Vehicle Innovation Demonstration Center is put into operation; New Chufeng launches 49 ton hydrogen powered heavy-duty trucks (with a range of 1000 kilometers) and hydrogen fuel refrigerated trucks; Local Xingchen New Energy mass-produced pure electric dedicated chassis, filling the gap in the local supply chain with the people of Suizhou City .   六、 Annual Production and Sales and Industrial Planning   1. Production and sales target for 2026: The total production of specialized vehicles for the year is 62000, with new energy specialized vehicles exceeding 11000, and export growth rate exceeding 50%; Completed 15000 complete vehicles in the first quarter, achieving a good start for the people of Suizhou City ..； 2. * * Supply chain upgrade goal * *: By 2026, the local matching rate of parts will increase to 50%, and 3 billion level specialized automobile leading enterprises will be cultivated; Promote the landing of the special chassis project for Sanhuan Group and achieve integrated manufacturing of upper and lower chassis in Suizhou City's economy ..； 3. Business model transformation: Promote enterprises to shift from "selling vehicles" to "vehicle+leasing+operation and maintenance" integrated services, with a focus on deploying complete sets of unmanned driving environmental sanitation and emergency rescue equipment.   七. Industrial foundation background   Suizhou has 12 national level industrial signs (China's specialized automobile capital and national emergency industry demonstration base), can produce more than 7000 announced vehicle models, and ranks first in national sales for 26 individual products. It has led the development of 5 national standards and is a core node city in the Han Xiao Suixiang 10 trillion yuan automobile corridor.

The 2026 Government Work Report states, "Accelerate the cultivation and expansion of new growth drivers" and "Develop new quality productive forces based on local conditions". As the "China Special Vehicle Capital" and one of the first "National Emergency Industry Demonstration Bases", every 10 special vehicles produced in China have one from Hubei Suizhou; the product categories of emergency mobile equipment account for 65% of the national total. During the "15th Five-Year Plan" period, Suizhou will take the construction of a national transformation base for special vehicles and emergency industries as the driving force, deeply implement the "Special Vehicles + Emergency" billion-yuan industrial development strategy, continuously improve the industrial ecosystem, strengthen scientific and technological innovation, accelerate green transformation, promote the development of special vehicles and emergency industries towards higher-end, more intelligent, and greener directions, and contribute Suizhou's strength to the modernization of the national emergency management system and the construction of the central role of Hubei. Key word 1: "Special Vehicles + Emergency" Rebuild new advantages through the "specialized, refined, distinctive, and innovative" path The 12th Plenary Session of the 12th Hubei Provincial Committee clearly supported Suizhou in "building a national transformation base for special vehicles and emergency industries". This provincial-level strategy was written into the "Recommendations of the CPC Suizhou Municipal Committee on Formulating the 15th Five-Year Plan for the National Economy and Social Development", and ranked first among the six tasks of the "15th Five-Year Plan". This deployment is based on Suizhou's industrial foundation as the "China Special Vehicle Capital", and also aligns with the provincial-level strategy of Hubei Province to build a trillion-scale automotive corridor of "Han, Xia, Suizhou, Xiang, and Ten". It fills the industrial gap in the corridor for the integration of special vehicles and emergency equipment, and aims to solve the structural problem of "big but not strong, scattered but not excellent" in the special vehicle industry of Suizhou, and to cultivate new economic growth poles through transformation and upgrading. Suizhou Economic and Information Technology Bureau Director Wei Bao said, "In the next five years, Suizhou will take the construction of a national transformation base for special vehicles and emergency industries as the driving force, and accelerate the construction of a modern industrial system that reflects Suizhou's advantages." "The 'specialized, refined, distinctive, and innovative' path is the core path for Suizhou to promote the transformation and upgrading of special vehicles and emergency industries." Wei Bao explained, "Build the foundation with 'specialization', based on the specialized fields of special vehicles, with coordinated efforts through special plans, professional forces, and specialized parks, to lay a solid foundation for transformation and upgrading; strengthen the core with 'refinement', through the cultivation of lean enterprises, the meticulous development of product matrices, and the shaping of exquisite brands, to promote the transformation from scale expansion to quality and efficiency transformation; create excellence with 'distinctiveness', adhering to specialized and differentiated development, deeply exploring the industrial foundation and resource endowments, and building a 'moat' in characteristic models, characteristic scenarios, and characteristic fields; break through with 'newness', with digital and intelligent empowerment, hydrogen and electricity integration, and vehicle-machine collaboration, to develop new quality productive forces based on local conditions, and promote the development of the traditional special vehicle industry towards new energy, intelligence, high-end, and integration." In 2025, the output value of special vehicles and emergency in Suizhou reached 70.3 billion yuan, increasing by 12.1%; the export "circle of friends" for special vehicles and components has expanded to 190 countries and regions in the Middle East, Southeast Asia, Africa, and America, with an export growth of 92.4%, ranking first in Hubei Province; the output of new energy special vehicles increased by 66.9%, and the sales of 26 individual varieties of special vehicles ranked first in the country. Wei Bao said, "During the '15th Five-Year Plan' period, Suizhou will implement the '1456' transformation strategy, focusing on the four transformation directions of new energy, intelligence, high-end, and integration, highlighting the five key tasks of safety emergency base, intelligent composite equipment, export platform, inspection and testing system, and expanding the industrial chain, and implementing six specific actions of enterprise cultivation, brand enhancement, innovation leadership, project construction, regional collaboration, and ecological empowerment, to achieve the goal of a hundred-billion-yuan industry." Wei Bao also disclosed that the bureau is currently formulating the "Implementation Plan for Building a National Transformation Base for Special Vehicles and Emergency Industries". For the "15-16" period, Suozhou will focus on cultivating new "single champions" in areas such as unmanned driving, emergency rescue, and artificial intelligence + composite equipment, and will promote the export of the special vehicle industry with a "product + channel + service" combination strategy. Through measures such as guiding enterprises to develop export models suitable for different countries, opening up domestic and foreign trade channels, and supporting enterprises to establish overseas KD factories and overseas warehouses, "Suozhou-made" special vehicles will reach broader international markets. Key Words 2 Transformation and upgrading Leading with science and technology to accelerate breakthroughs in the "three aspects" of the special vehicle emergency industry In the 2026 government work report of Suozhou City, it was proposed to accelerate the deep integration of scientific and technological innovation and industrial innovation. "Scientific and technological innovation is the core driving force for the transformation and upgrading of the special vehicle industry and also the strategic guarantee for leading the high-quality development of regional characteristic industries," said Huang Wei, the deputy director of the Science and Technology Bureau of Suozhou City. Anchored in the core goal of the "new energyization, intelligence, and networking" transformation of the special vehicle emergency industry in the "15-16" period, Suozhou will optimize the allocation of innovation resources and focus on technological research and development in key links of the entire industry chain. Huang Wei introduced that in the first year of the "15-16" period, Suozhou made a systematic layout for key projects such as the research and development of new energy special vehicles and intelligent connected vehicles. For core technologies of intelligence and networking, it will focus on guiding Tai Jing Technology, Special Vehicle Research Institute, Emergency Research Institute, and Concept Verification Center to jointly collaborate with universities to carry out technical cooperation. Around the research and development of new energy technology, it will focus on conducting key technological research and development of core components such as positive and negative electrode materials and energy storage battery components. In terms of hydrogenization technology innovation, it will focus on supporting the construction of the Hubei Hydrogen Energy Special Vehicle Innovation Demonstration Center and the Special Vehicle Collaborative Innovation Center, initiating the development and application pilot of green hydrogen production, hydrogen storage and transportation, and hydrogen special vehicle industries, laying the foundation for the large-scale development of hydrogen special vehicles. Connecting the transformation channel from "laboratory" to "production line" is the key to the implementation of scientific and technological achievements. Huang Wei said that during the "15-16" period, Suozhou will continue to exert efforts in three aspects: talents, carriers, and services. Establish the "Suozhou Innovation and Entrepreneurship Integration Academician Expert Consultation Committee" to build a regular bridge for the connection between academician expert teams and local enterprises. Relying on the Special Vehicle Concept Verification Center of Wuhan University of Technology's Industrial Research Institute, it will connect local needs and provide technical verification and other full-process services. Optimize and improve the operation quality and efficiency of the Hubei Special Vehicle Research Institute, promoting the overall improvement of the innovation ability of the special vehicle industry. At the same time, actively integrate into the national technology trading market, cultivate and expand a high-level technology manager team, and strive to break through the "last mile" of technology transfer. Enterprises are the main body of scientific and technological innovation. Huang Wei said, "During the '15-16' period, Suozhou will strengthen the cultivation of enterprises in the entire life cycle of scientific and technological innovation, promote integrated innovation in the special vehicle field among large and small enterprises, and form a key technological research and development breakthrough pattern with enterprises as the main body and multiple parties collaborating. "Optimize and improve the gradient cultivation system, striving to have 80 new scientific and technological innovation enterprises by 2030, 350 state-owned high-tech enterprises, and 1,200 technology-based small and medium-sized enterprises, among which the proportion of special vehicle enterprises will steadily increase. Suozhou plans to introduce specific measures to provide "real gold and silver" support for the development of the special vehicle industry in terms of industrial key technological research and development, innovation and entrepreneurship platform construction, and talent introduction and cultivation. Huang Wei also mentioned that Suozhou is proactively planning the "special vehicle + emergency + robot" integrated innovation track. The introduction of the "Shen Nong" series of Qilin Robots has provided new possibilities for collaborative unmanned aircraft to carry out emergency rescue. In the next five years, Suozhou will rely on the Suozhou (Wuhan) Offshore Innovation and Technology Center to help Qilin Robots introduce upstream enterprises to settle in; leverage the role of the Special Vehicle Emergency Equipment and Robot Innovation Alliance to promote collaborative innovation between Qilin Robots and associated enterprises, cultivate a robot cluster, and create "special vehicle + robot dog" and other characteristic products. Over the next five years, which aspect of Xuzhou do you most anticipate a breakthrough or change in? Xiong Yongjun (National People's Representative, Secretary of Guanyin Village Committee, Liuzhi Sub-district Office, Guangshui City, Xuzhou): Currently, in many rural areas, agricultural industries still heavily rely on human labor to complete all stages of operations, from sowing and irrigation to spraying pesticides, weeding, to picking fruits and evaluating their quality. With the increasing cost of labor, there are even shortages of workers during the busy farming season, which leads to unstable production efficiency and difficulty in unifying quality control standards, thereby restricting the further expansion of the industrial scale. Over the next five years, I expect Xuzhou to make a breakthrough in the field of technology empowering the entire industrial chain of rural areas. In agriculture planting, production, and processing, advanced technologies such as robots, drones, and artificial intelligence should be introduced to liberate farmers' "hands", allowing farmers to spend more time and energy on improving product quality and expanding sales, achieving the goal of reducing costs and increasing efficiency, and promoting high-quality development of rural industries.

Qilu Evening News Website  2026-06-14 19:37 Official Account of Qilu Evening News Website Pay attention According to the website of the Ministry of Transport on June 12th, recently, the Ministry of Transport, the National Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Public Security, the Ministry of Natural Resources, the Ministry of Ecology and Environment, the People's Bank of China, the State Administration for Market Regulation, the China Banking and Insurance Regulatory Commission, the National Energy Administration, and the State Post Bureau jointly released the "Implementation Plan for Promoting Large-Scale Application of New Energy Trucks", clearly stating that by 2030, the penetration rate of new energy trucks will reach 40%, and the number of such trucks will exceed 1.6 million, accounting for about 20% of the total number of trucks. This move aims to accelerate the green and low-carbon transformation in the transportation sector. Implementation Plan for Promoting Large-Scale Application of New Energy Trucks New energy trucks refer to heavy-duty cargo vehicles with a total weight of 12 tons or more that use new power systems and are driven entirely or mainly by new energy sources. In order to thoroughly implement the decisions and deployments of the Central Committee and the State Council on carbon peak and carbon neutrality, promote the green and low-carbon transformation of the transportation sector, advance the reduction of costs, improvement of efficiency, and enhancement of transportation logistics, and accelerate the large-scale application of new energy trucks, this implementation plan is formulated. I. General Requirements  By 2030, the penetration rate of new energy heavy trucks will reach 40%, with a total ownership exceeding 1.6 million units and accounting for approximately 20%; in regions such as the Beijing-Tianjin-Hebei and the Fenwei Plain, the electrification rate of fixed-line short-haul transportation will exceed 80%; combined with the construction of the expressway network, the charging and energy replenishment facilities for electric heavy trucks will be established, creating a zero-carbon road transportation corridor, and supporting and guiding the construction of approximately 3,000 heavy truck charging and swapping stations; the proportion of new energy heavy truck freight volume on expressways will reach 18%; establish an infrastructure, technical equipment, supporting services, standards and policy guarantee system suitable for the large-scale application of new energy heavy trucks, forming a multi-departmental collaborative and multi-party interactive promotion mechanism. II. Accelerate the construction of charging and energy replenishment facilities for new energy heavy trucks (1) Improve the layout of charging and energy replenishment facilities. Relying on the main framework of the national comprehensive transportation network's "6 axes, 7 corridors, 8 channels", focusing on the freight-congested sections of national expressways and ordinary provincial and national roads, and combining with the local resource endowment of new energy, build a network of charging and energy replenishment facilities for new energy heavy trucks in a way that suits local conditions. Promote the connection of charging and energy replenishment facilities in urban agglomerations and metropolitan areas such as Beijing-Tianjin-Hebei, the Yangtze River Delta, the Guangdong-Hong Kong-Macao Greater Bay Area, and Chengdu-Chongqing. Expand the charging and energy replenishment facility network at freight hubs, ports, mining areas, factory areas, and parks and their surrounding areas. Promote the connection and coordination of the planning and construction of charging and energy replenishment facilities for heavy trucks with land use planning, comprehensive transportation planning, energy and power planning, green fuel planning, and other related plans. (2) Accelerate the construction of zero-carbon road transportation corridors. Build 30,000 kilometers of zero-carbon road transportation corridors along key sections of the national expressway network, including G1 Jinghai, G2 Jinghu, G3 Jingta, G4 Jingyou, G5 Jingkun, G15 Shenhai, G25 Changshen, G45 Da Guang, G65 Baomao, G60 Luonan, G80 Guangkun expressways. Strengthen the coordination between the construction of zero-carbon road transportation corridors and the renewal and digitalization transformation of transportation infrastructure, and simultaneously build digital and zero-carbon channels. When implementing the renewal and transformation of expressway infrastructure, the charging and energy replenishment facilities, hydrogen refueling stations, hydrogen production and hydrogen refueling integrated stations, green fuel refueling stations, necessary clean energy development and energy storage facilities, etc., should be planned, designed and constructed simultaneously with the main project. (3) Accelerate the construction of charging and energy replenishment facilities at expressway service areas. Gradually expand the coverage of electric heavy truck charging and energy replenishment facilities at freight-congested sections of expressways, strengthen the effective connection of cross-regional charging and energy replenishment facilities, and meet the energy replenishment needs for medium and long-distance transportation. New (renovated) expressway service areas should simultaneously build heavy truck charging and energy replenishment facilities or reserve the conditions for construction and installation. For existing expressway service areas, accelerate the construction and renovation of heavy truck charging facilities and gradually increase the number of charging parking spaces. Build heavy truck swapping facilities according to actual needs, taking into account local conditions. Improve the utilization efficiency of charging and energy replenishment facilities. The swapping stations should also have independent charging services. Encourage open service areas to share heavy truck charging and energy replenishment facilities with local roads. Coordinate the construction and development of charging and energy replenishment facilities for electric heavy trucks and the utilization of clean energy such as photovoltaic and wind power, and build "wind-solar-storage-charging-swapping" integrated facilities. Promote the optimization of the cost of heavy truck energy replenishment. (4) Promote the integration of the charging and energy replenishment network with the power grid. Guide power grid enterprises to increase support for the access of charging and energy replenishment facilities for electric heavy trucks in the distribution network, incorporate the energy demand of heavy trucks for charging and energy replenishment into the planning of all levels of the power grid, and accelerate the upgrading and expansion of regional distribution systems. Carry out local direct charging of green electricity for electric heavy trucks, support the local consumption of new energy. Promote support for zero-carbon road transportation corridors in the planning layout, project entry, and grid connection of new energy clean energy in various regions. Guide electric heavy trucks to use off-peak electricity to reduce energy replenishment costs and encourage electric heavy trucks to explore the application of bidirectional charging and discharging technology. (5) Strengthen the safety management of charging facilities. Press the construction and operation enterprises of charging facilities to fulfill their main responsibilities, strengthen the full-process control of equipment selection and purchase, and verify the qualification certificates of charging piles and supporting equipment. Urge the construction and operation enterprises of charging facilities to strengthen the quality and safety management of construction and operation. Establish a regular safety inspection mechanism for charging facilities and a full-life-cycle traceability system for battery in battery swap stations, strengthen real-time safety monitoring and abnormal linkage handling of batteries in stations, improve the availability rate of facilities and the capabilities of fault handling and emergency support, and ensure that the parking and charging facilities of new energy heavy trucks are kept at a safe distance from places such as gas stations, gas filling stations, hydrogen filling stations, and densely populated areas in expressway service areas. Strictly implement the mandatory national standards for charging and swapping facilities. III. Increase support for the full-scenario application of new energy heavy trucks (6) Increase efforts to stimulate market consumption. Continue to implement the action of scrapping and upgrading old commercial trucks, give priority to supporting the upgrading to new energy heavy trucks, encourage localities to use economic and technical means to guide market entities to purchase and use new energy heavy trucks. Encourage localities to relax the traffic control for new energy heavy trucks. Encourage heavy truck manufacturers to focus on transportation scenarios in the transportation industry, increase the supply of high-performance, high-reliability new energy heavy trucks. Promote the joint development of new consumption scenarios by car manufacturers and logistics, energy, and other operation entities, and drive the overall promotion of the industry through benchmarking and demonstration. (7) Accelerate the expansion of application in long-haul transportation. Promote large transportation enterprises, express delivery and logistics enterprises, and large-scale freight fleets to adopt new energy heavy trucks in long-haul road transportation. Strengthen the supervision of clean transportation in high-energy-consuming and high-emission industries such as mining, steel, thermal power, nonferrous metals, coke, and coal chemical industries, and orderly promote the adoption of new energy heavy trucks for long-haul road transportation. Actively guide container transportation, express delivery and fast delivery enterprises to adopt new energy heavy trucks for long-haul road transportation. Focus on transportation scenarios such as "transporting coal from Xinjiang", "transporting coal from Shanxi, Shaanxi, and Inner Mongolia", and "transporting grain from the north to the south", and encourage cross-regional joint construction of zero-carbon road transportation routes for energy, minerals, and grain. (8) Continuously strengthen the application in medium and short-distance transportation scenarios. Further expand the use scale of new energy heavy trucks in medium and short-distance transportation scenarios, leverage the short-haul advantages of new energy heavy trucks in multimodal transport scenarios, accelerate the replacement of internal transfer vehicles in ports, freight hubs (logistics parks), industrial and mining enterprises, and coal storage bases with new energy, gradually achieving electrification. Continuously promote the electrification of mining transportation vehicles, construction waste transportation vehicles, concrete mixer trucks, urban logistics delivery vehicles, and postal and express delivery vehicles. Guide major infrastructure projects to prioritize the use of new energy heavy truck construction vehicles. Increase the promotion of new energy heavy trucks in key areas for air pollution prevention and control such as the Beijing-Tianjin-Hebei region, the Fenwei Plain region, and the Ningxia-Jinjiang passage. Carry out pilot projects for zero emissions in freight transportation. (9) Encourage business model innovation. Guide new business models such as vehicle-electric separation, battery leasing, and comprehensive energy services, vigorously develop emerging industries such as battery asset management and new energy transportation equipment financing, promote the development of multi-party joint operation models for new energy heavy trucks, encourage new energy heavy truck manufacturers, logistics enterprises, and energy enterprises to cross-border form joint ventures, build shared resource operation platforms, and improve the efficiency of the entire chain operation. Encourage new energy heavy truck enterprises and users to explore green transportation premium mechanisms through market-based methods, encourage operating entities to jointly build "vehicle - cargo - charging" ecosystems. IV. Improve the operation service and supervision system for new energy heavy trucks (10) Strengthen market supervision. Guide new energy heavy truck manufacturers, charging facility construction and operation enterprises, and battery manufacturers to strengthen data sharing, improve the standardization and intelligence level of operation services. Strengthen guidance for charging facility construction and operation enterprises, urge operating enterprises to operate in a standardized manner, improve compliance capabilities, and prevent monopolistic operations. Standardize the release of data in the new energy heavy truck industry, and legally crack down on false promotion and commercial defamation and other behaviors. Standardize the market competition order of new energy heavy trucks and charging and swapping facilities.      

Announcement on the Implementation of Pilot Program for Processing Value-added Tax-Free Policy for Special Vehicle Production and Manufacturing in Hainan Free Trade Port  In order to actively and steadily promote the pilot program of applying the processing and value-added tax exemption policy for the production and manufacturing of special vehicles in the Hainan Free Trade Port, based on the "Interim Measures for the Tax Administration of Processing and Value-Added Tax Exemption Goods in the Hainan Free Trade Port of the People's Republic of China" (hereinafter referred to as the "Tax Administration Measures") and the "Review and Filing Mechanism for Enterprises and Products Applicable to the Processing and Value-Added Tax Exemption Policy in the Hainan Free Trade Port" (hereinafter referred to as the "Filing and Review Mechanism"), to standardize the declaration, filing and management of pilot enterprises, the following announcement is made.  I. Application Conditions and Vehicle Types Covered  (1) For enterprise registration, in addition to meeting the requirements of the "Registration Mechanism", they must first obtain the enterprise access approval stipulated in the "Road Vehicle Manufacturing Enterprises and Products Access Management Measures" issued by the Ministry of Industry and Information Technology. Relevant special vehicle products must have been included in or be in the process of being included in the "Road Vehicle Manufacturing Enterprises and Products Announcement". The total number of pilot enterprises shall not exceed 15.  (2) Scope of申报 vehicles. The policy of processing value-added duty exemption applies to the modification and production of special vehicles for import, including complete vehicles (including Class II chassis, the same below) and Class III chassis. Among them， the complete vehicle models shall not be cars, off-road vehicles， passenger cars with a price of 900，000 yuan (excluding value-added tax) and above, and medium and light commercial passenger vehicles. The processed products do not include business vehicles and various types of super luxury cars.  II. Special Vehicle Product Scope  The Provincial Department of Industry and Information Technology, in conjunction with the Provincial Department of Commerce, the Provincial Development and Reform Commission, and Haikou Customs, has formulated the "Special Vehicle Product Catalogue for the Application of Processing Value-added Tax-Free Policy" (referred to as the "Product Catalogue", see Appendix 1). Pilot enterprises can utilize the processing value-added tax-free policy to process and produce special vehicle products listed in the "Product Catalogue". After the policy pilot program has been implemented for a certain period of time, for special vehicle products that enterprises have genuine demands for, the "Product Catalogue" can be adjusted to include them based on the assessment results.  III. Application and Selection Process  (1) The applicant enterprises shall submit to the Provincial Department of Industry and Information Technology a basic application form for pilot enterprises, which covers the modified special vehicle models, annual production volume, imported vehicle brands, models and prices (see Appendix 2), as well as a commitment letter for cooperation with supervision (see Appendix 3).  (2) The Provincial Department of Industry and Information Technology, in collaboration with the Provincial Development and Reform Commission, Haikou Customs, the Provincial Taxation Bureau, and relevant municipal and county governments, will conduct on-site evaluations of eligible enterprises. Those that meet the requirements will be included in the pilot enterprise list.  (3) The pilot enterprises on the list shall submit their application materials to the "China (Hainan) International Trade Single Window", and can only commence processing and value-added business after completing the filing procedures in accordance with the "Filing Mechanism".  IV. Pilot Supervision and Evaluation  (1) The special vehicle products of the pilot enterprises must not only meet the requirements for processed finished products stipulated in the "Collection and Administration Measures", but also be produced in accordance with national and industry standards for special vehicles. They must comply with relevant requirements such as the product origin being Hainan Province, obtaining product announcements, compulsory product certification (CCC), and environmental protection vehicle certification, and these requirements shall be regarded as necessary conditions for determining whether the business is compliant.  (2) The pilot enterprises should submit to the Provincial Department of Industry and Information Technology and the Provincial Department of Commerce within 15 days of the first month of each quarter the sales destinations, user types and destination regions of the processing and value-added duty-free special vehicles in the previous quarter, as well as the information on the orders received and the expected production volume for this quarter (see Appendix 4).  (3) The Provincial Department of Industry and Information Technology, the Provincial Market Supervision Bureau, and the Provincial Department of Ecology and Environment conduct process supervision over the product announcements, production consistency of the pilot enterprises, motor vehicle factory certificates of conformity, environmental protection conditions, vehicle model brand certifications, intellectual property rights, and other relevant requirements.  (4) All enterprises applying for special customs supervision areas, bonded regulatory sites, and outside the special customs supervision areas implement ERP management. They are connected to the customs in a manner approved by the customs and using the data standards recognized by the customs. They also install video surveillance systems and connect to the customs. These enterprises have the capacity for production, store imported materials and their processed products separately from other goods, and set up accounting books in accordance with the provisions of the "Accounting Law of the People's Republic of China".  (5) The Provincial Department of Industry and Information Technology, in collaboration with the Provincial Department of Commerce, the Provincial Development and Reform Commission, the Provincial Finance Department, the Provincial Taxation Bureau, and the Haikou Customs, will conduct an assessment of the implementation effect of the policy.  (6) Every year, when the Provincial Department of Commerce conducts annual verification of enterprises with processed value-added certificates, it will select no less than 50% of the automobile manufacturing enterprises for on-site verification. The enterprises under verification should cooperate actively.  V. Relevant Requirements  Except for the circumstances stipulated in the "Registration and Filing Mechanism" where an enterprise terminates its operations, if the enterprise fails to submit the processing and value-added sales information on time or exceeds the production scale for import business, refuses to cooperate with on-site inspections, or is found to be in violation of relevant requirements during process supervision, the relevant units such as the Provincial Department of Industry and Information Technology and the Provincial Department of Commerce will order it to rectify within 30 days; if it refuses to correct or if there are major product defects or major accidents, its processing and value-added business will be immediately suspended for 12 months and it will not be allowed to apply for such business again within that period. The Provincial Department of Commerce, together with relevant municipal governments, the Provincial Development and Reform Commission, the Provincial Finance Department, the Provincial Department of Industry and Information Technology, the Provincial Market Supervision Bureau, the Haikou Customs, the Provincial Taxation Bureau, and the Provincial Chamber of Commerce, will initiate the exit procedure for pilot enterprises and start the exit procedure for registered enterprises in accordance with the "Registration and Filing Mechanism".

1. Policy and Regional Development: The First Transaction of Hainan Free Trade Port Comes into Effect ‌Transaction of First "Processing Value-added 30% Tax-Free" Policy Comes into Effect: On June 1, 2026, the "processing value-added 30% tax-free" policy in the field of special vehicles of Hainan Free Trade Port achieved its first breakthrough. Enterprises in Haikou National High-tech Zone completed the modification and production of professional ambulances based on imported complete vehicles, and sold them duty-free through the "second border" port to Guangdong. ‌Clear Pilot Scope: The first batch of limited special vehicles with high added value, including ambulances, fire engines, travel coaches, medical vehicles, and camping vehicles, were included in the pilot program. The total number of pilot enterprises was not more than 15. This move aims to avoid traditional整车 capacity competition and promote Hainan's transformation towards high-end manufacturing and research and development innovation.‌ 2. Market Trends： New Energy Logistics Vehicles Accelerate Penetration ‌Sales Reach New Record‌： In April 2026， the monthly sales of domestic new energy logistics vehicles reached 87，000 units， a year-on-year increase of 62.74%， setting a new record. ‌Lower-tier Markets Become the Main Force‌： Sales in third-tier cities soared by 106.21% year-on-year， and in fourth-tier cities， the growth rate exceeded 105%， becoming the core growth engine. The main driving forces include operational cost advantages (each kilometer of energy consumption cost is only 1/3 to 1/2 of that of fuel vehicles)， the elimination policy of old four-grades vehicles， and the improvement of county-level charging and swapping facilities. ‌Rapid Replacement Pace Accelerates‌： It is expected that from 2026 to 2030， a comprehensive acceleration replacement period will begin， especially in third， fourth， and fifth-tier cities and rural markets， where micro trucks， light trucks， etc.， due to their suitability for narrow roads and high cost performance， will experience a demand explosion.‌ 3. Industry Dynamics： Head Companies Release Strategic Plans ‌Dongfeng Liuzhou Automobile Releases "15th Five-Year" Strategy‌： On June 7， 2026， Dongfeng Liuzhou Automobile released the "725・Double Leadership" strategy. The commercial vehicle sector set a target of 70，000 annual sales， focusing on the southern market and concentrating on the hydrogen-electric integrated platform； the passenger vehicle sector aimed for 250，000 units， focusing on the MPV single track and cooperating with Huawei for Kunzhi Driving Automation； the overseas sector proposed a sales target of 1，550，000 units by 2030. ‌Weichai Blue Engine Unveiled in Suizhou‌： On May 31， 2026， Weichai New Energy Commercial Vehicles launched 19 new special vehicle products in Suizhou， covering clear-cutting， sanitation， engineering， travel， etc. The products mainly include 100-degree electric hazardous chemical transportation vehicles and 135-degree electric travel coaches， and a "Blue Engine Intelligent Travel" digital solution was released， emphasizing a transformation from selling products to providing full life cycle value.‌ 4. Export and Market Data ‌Overall Sales Rebound‌： In April 2026， the sales of broad-based special vehicles were 116，800 units， up 7.03% year-on-year； the sales of narrow-based special vehicles were 43，900 units， up 21.79% year-on-year. The penetration rate of new energy steadily increased， reaching 36.73% in April alone， with a cumulative penetration rate of 33.41%， exceeding the level of 2025 for the entire year. ‌Middle East Export Affected by Geopolitical Factors‌： In 2025， China's special vehicles exported to the Middle East reached 11，473 units， with a year-on-year increase of 65%. Saudi Arabia and the United Arab Emirates were the core markets. However， due to the tense situation in the Middle East in 2026 and the obstruction of shipping in the Hormuz Strait， short-term exports faced pressure， especially in the Iranian market， where demand declined significantly. ‌Railway Multimodal Transport Facilitates Export‌： China Railway Special Cargo optimized the layout of its railway commercial vehicle logistics bases and in 2025 achieved a transportation volume of over 8 million units of commercial vehicles. For new energy vehicle manufacturers， dedicated charging infrastructure was implemented， forming a cross-border logistics network of railway direct export and sea-rail integration， effectively reducing logistics costs and improving delivery time.‌ 5. Focus on Sub-Industries： Aluminum Alloy Oil Tankers ‌Compliance and Lightweighting Trend‌： With the tightening of safety production regulations， aluminum alloy oil tankers have become the mainstream for hazardous chemical transportation due to their lightweight and corrosion-resistant properties. In 2026, the selection will focus more on the standard configuration of front and rear disc brakes, EBS, ESC, and other active safety features. ‌Manufacturer landscape: The market shows a "one dominant and multiple strong" pattern. Enterprises in the Wuxi area have occupied a significant share by controlling the entire value chain and adopting the direct sales model. Companies like CIFA Vehicles maintain their advantages in high-end manufacturing and brand premiumization.

      Owners of special vehicle and vehicle modification industries should all be aware: In 2026, all production entry standards for special vehicles, as well as the new energy exemption policies, will be updated. In May this year, the Ministry of Industry and Information Technology officially released Announcement No. 10 of 2026 (the 406th batch of motor vehicle enterprises and product directory), and simultaneously updated the vehicle and vessel tax exemptions, purchase tax exemptions, and technical requirements for new energy vehicle models. Under the new regulations, the application standards are more detailed, the review is stricter, and the data system is more complex. Many enterprises are stuck with issues such as non-compliant data, non-compliant sites, and inconsistent technical parameters, repeatedly making corrections and delaying for several months, missing out on market and bidding opportunities. The biggest misunderstanding of many peers: They think that entry is just "submitting documents", while the core is the implementation of a compliant system that fits the latest policies. Ordinary consulting agencies only understand written procedures and do not have actual production qualifications, and they simply cannot understand the real focus of the approval process. This is also the core reason why more and more enterprises in the industry choose Shanghai Pu Mingxing Automobile Co., Ltd. for entry consultation. We are not a pure consulting company; we are a legally approved regular special vehicle manufacturing enterprise by the Ministry of Industry and Information Technology. We successfully passed the latest batch of entry review and fully understood the application logic, technical standards, and factory inspection requirements under the 2026 new regulations. We are a rare "hands-on combat" service team in the industry. Compared to the templated application guidance available on the market, Pu Mingxing's entry consultation is all based on our own production, announcement application, and compliance review practical experience. It precisely avoids the pitfalls of new regulations rejection and solves the pain points of enterprises' applications. We provide one-stop service covering the entire process of special vehicle entry: From the initial enterprise compliance diagnosis, factory equipment rectification planning, production system establishment, to the compilation of core technical data, product announcement adaptation, online application submission, rectification answers, final review follow-up, we provide one-on-one on-site guidance throughout the process, without empty theoretical output. At the same time, it is adapted to the latest purchase tax and vehicle and vessel tax exemption-related technical specifications, helping enterprises simultaneously handle policy compliance and subsequently smoothly enjoy industry preferential policies. Self-application usually faces long cycles, high trial-and-error costs, not understanding the details of new regulations, and non-passing of inspections. It takes at least half a year or even a year before it can be implemented. With the mature new regulations application experience of Pu Mingxing, the entry cycle can be significantly compressed, time and financial costs can be reduced, and the legal production qualification can be obtained quickly, unlocking the qualification for production, bidding, and other opportunities. Industry standardization and policy refinement are the inevitable trends. After the new regulations are implemented, the threshold for compliant qualifications will only become higher and higher. If you want to enter the special vehicle industry, upgrade your enterprise qualifications, and successfully pass the latest Ministry of Industry and Information Technology entry review, there is no need to blindly try and make mistakes. Seek a source enterprise that is certified, understands new regulations, and has practical experience, to obtain the certificate efficiently, and firmly seize the industry benefits in 2026.

The data shows that in April, the domestic market for new energy logistics vehicles achieved a historic breakthrough. The total monthly sales reached 87,000 units, a year-on-year increase of 62.74%, and a month-on-month increase of 6.92%, setting a new record for monthly sales in the industry. New energy logistics vehicles have seized the existing market with multiple advantages. The shift from oil to electricity has become the main trend of the industry, and the pace of replacing the existing market has been comprehensively accelerated.  From the perspective of market regional distribution, the underdeveloped markets have become the core driving force for the growth of the industry. According to statistics, in April, the sales volume of new energy logistics vehicles in third-tier cities reached 17,000 units, a year-on-year increase of 106.21%, surpassing second-tier cities and becoming the fastest-growing sector; the year-on-year growth rate in fourth-tier cities also exceeded 100%, reaching 105.45%; the year-on-year growth in fifth-tier cities was 65.72%, maintaining a stable upward trend.  In contrast, in first- and second-tier cities, although they still account for the majority of the sales of new energy logistics vehicles, the market penetration rate has reached saturation, and the growth rate has significantly lagged behind that of the markets in third-tier and lower levels. The market focus has continued to shift to county and township areas, and new energy logistics vehicles have flooded into the lower-tier markets on a large scale.  Demand, cost and policy work together to drive progress.  On May 29th, the grand batch delivery ceremony of new energy vehicles for two major customers of Foton Ouhang and Omaque was inaugurated in Beijing. This delivery ceremony brought together leading logistics enterprises in the industry, and it can be regarded as a microcosm of the large-scale replacement of new energy vehicles in logistics fleets in the Beijing-Tianjin-Hebei region.  As one of the two major core clients, Zhou Cai, the founder, chairman and president of Beijing Anxin Jieda Logistics Co., Ltd., has been deeply involved in the logistics industry for many years. He has witnessed the entire process of the new energy logistics vehicles from pilot testing to gradual penetration. He has a firsthand understanding of the industry trend of new energy vehicles replacing fuel vehicles and the accelerating market expansion.  Zhou Cai introduced that Anxin Jieda Logistics purchased 50 fully electric 4.2-meter box trucks in the first batch in 2022, marking the beginning of the company's transition to an electric vehicle fleet. The company implements a three-year cycle for vehicle renewal and scrapping, simultaneously completing the scrapping of old fuel vehicles, the replacement of inefficient new energy vehicles, and the addition of new transportation capacity, steadily promoting the optimization of the fleet structure. As of now, among the approximately 300 logistics fleets under the company, the penetration rate of new energy logistics vehicles has reached 60%.  With the continuous technological upgrades, the types of new energy logistics vehicles have become increasingly diverse, breaking the previous limitation where only light trucks and micro trucks under 4.2 meters were available for selection. Zhou Cai disclosed that this year, the company not only continued to purchase mainstream 4.2-meter new energy trucks, but also introduced a batch of 9.6-meter large all-electric logistics vehicles, achieving an all-model and all-scenario electrification layout. According to the current replacement pace, it is expected that within the next two to three years, the fleet will basically complete the full-electric replacement, and the fuel-powered logistics vehicles will gradually be removed from the operation sequence.  In Zhou Cai's view, the rapid influx of new energy logistics vehicles into the lower-tier markets is a natural outcome driven by three factors: market demand, operating costs, and policy orientation. From a cost perspective, although the purchase price of new energy logistics vehicles is higher than that of similar fuel vehicles, their operational cost advantages are prominent. Taking the 4.2-meter model as an example, the purchase cost of a fuel vehicle is approximately 140,000 yuan, while that of a new energy vehicle is about 200,000 yuan; the energy consumption cost per kilometer for a fuel vehicle is 0.8 to 1.2 yuan, while for a new energy vehicle it is only 0.3 to 0.5 yuan. After operating for 100,000 kilometers per year, the operating cost can be saved by more than 60,000 yuan, and the purchase price difference can be recovered in about one year. The operators in the lower-tier markets are highly sensitive to costs and economic considerations become the primary factor for vehicle replacement.  From the policy perspective, the "dual carbon" goal is being continuously advanced. The policy of phasing out old fuel vehicles of type IV and below has been implemented. Many regions have introduced purchase subsidies ranging from 5,000 yuan to 35,000 yuan per vehicle. Coupled with tax reduction for purchases, priority access to urban roads, and other benefits, the threshold for car purchases has been significantly lowered. At the same time, local governments have launched exclusive support policies to assist in the construction of a green logistics system.  From the perspective of market demand, in the past, the promotion of new energy logistics vehicles mainly focused on first-tier cities such as Beijing, Shanghai and Guangzhou. Now, with the interconnection of urban and rural logistics, the consumption awareness in the lower-tier markets has rapidly improved. The electrification of private cars in rural areas has promoted the transformation of truck users' concepts; the projects of agricultural products going up, industrial products going down to rural areas, and express delivery entering villages have been advanced in depth, and the demand for short-distance distribution in county-level and township areas has exploded. This provides broad application scenarios for new energy logistics vehicles. The demand for new energy logistics vehicles in lower-tier markets has become increasingly urgent, and the replacement desire has continued to rise. The transition from oil to electricity has entered a golden period.  Standing at the forefront of industry development, the replacement of traditional fuel-powered logistics vehicles by new energy logistics vehicles is accelerating continuously. It is expected that from 2026 to 2030, a comprehensive acceleration period of replacement will be reached, especially in markets below the third tier. A large-scale replacement wave is about to fully hit.  Chen Junlong, the head of a certain enterprise, stated that the promotion of new energy logistics vehicles in first- and second-tier cities has shifted from being driven by policies to being chosen spontaneously by the market. Meanwhile, the lower-tier markets are now moving beyond the pilot introduction stage and entering a golden period for large-scale replication and promotion.  Based on the feedback from industry operations, there are clear signs of the acceleration of the substitution process. Chen Junlong explained that since the second half of 2025, the number of logistics enterprises and individual fleets actively seeking consultation on fuel vehicle replacement plans has soared. The industry has shifted from enterprises promoting the replacement passively to users actively seeking it. Zhou Cai told me that among his logistics colleagues, there has been a consensus that new transportation capacity no longer considers fuel vehicles, and old vehicles reaching the end of their lifespan are directly replaced with new energy vehicles. The substitution atmosphere in the industry has already taken shape.  The combination of multiple favorable factors has laid a solid foundation for accelerating the replacement process. Chen Junlong analyzed that, first of all, the cost of batteries has continued to decline, and the industry's profit margin has continuously expanded. The price of power batteries has dropped from 1.2 yuan per kilowatt-hour in 2021 to 0.7 yuan per kilowatt-hour by 2024, and there is still room for further reduction. The price gap between new energy logistics vehicles and fuel vehicles has gradually narrowed to within 30,000 yuan, and the cost advantage throughout the entire life cycle has become more prominent, eliminating users' concerns about purchasing.  Secondly, the concentrated scrapping wave of fourth-generation diesel vehicles is approaching, releasing a demand of millions for replacements. From 2025 to 2027, a large number of old fourth-generation fuel vehicles will reach their scrap age. Under the dual stimulation of policy-guided scrapping and replacement subsidies, the lower-tier market will witness a concentrated replacement window period, directly driving the growth of sales of new energy logistics vehicles.  Thirdly, the energy replenishment system is becoming increasingly mature, effectively addressing the core pain points of the industry. Currently, 75 charging and swapping pilot counties have been established across the country. County-level charging piles and swapping stations are accelerating their construction and implementation. Models such as 3-minute rapid swapping and fast charging replenishment have been fully popularized, completely solving the problem of slow charging in the lower-tier markets and the delay in delivery due to it. At the same time, car manufacturers have launched cost-effective and durable special vehicle models suitable for rural road conditions. With a 200-300 kilometer range precisely matching the short-distance delivery needs of county areas, they do not need to blindly pursue large batteries and long ranges, effectively controlling the purchase cost.  In addition, the integration of finance and maintenance services has been continuously improved, reducing the risks associated with vehicle purchase and operation. Low-interest installment plans, low down payments, and lease-to-purchase schemes have become widespread, alleviating the financial pressure on users in the underdeveloped markets. Major car manufacturers have extended the warranty period for the three-electricity system to 8 years or 600,000 kilometers, eliminating concerns about future maintenance and further accelerating the process of phasing out and replacing fuel vehicles. Zhou Cai predicts that in the Beijing-Tianjin-Hebei region and most of the underdeveloped markets across the country, the main replacement of new energy logistics vehicles will be basically completed within 1.5 years at the earliest and 3 years at the latest. The market share of fuel logistics vehicles will rapidly shrink.  The underdeveloped market also needs to strengthen its ecosystem.  With the continuous advancement of rural revitalization and the construction of county-level commercial systems, the demand for agricultural product cold chain, urban-rural daily delivery, and the extension of express delivery to rural areas has continued to expand. The grassroots market is shifting from the indecisive stage of "whether to switch to an electric vehicle" to the rational decision-making stage of "how to make the switch more cost-effective and how to use it more efficiently".  In Chen Junlong's view, the demand for new energy logistics vehicles in the lower-tier markets exhibits distinct differentiation features, clearly distinguishing it from the first- and second-tier cities. In terms of vehicle models, micro trucks, micro vans, and light trucks have become the mainstay in the lower-tier markets. Users prefer models that are small, flexible, suitable for narrow rural roads, and have moderate load capacity.  In terms of the requirements for range and charging, the underdeveloped markets do not blindly pursue long driving ranges. A range of 200 to 300 kilometers is sufficient to meet the daily short-distance delivery needs. Controlling the cost of vehicle purchase has become the core concern. Compared to the driving range, the coverage density and convenience of charging and swapping stations in county areas are more important. The battery swapping mode, with its efficient charging advantage, will become another important charging method after conventional charging, ultra-fast charging and flash charging.  In terms of cost and decision-making logic, users in the underserved market are highly sensitive to purchase price, energy consumption costs, and maintenance fees. For them, recovering the purchase cost within 1 to 2 years becomes the decision-making threshold for upgrading their vehicles. Individual merchants and small logistics fleets place greater emphasis on cost-effectiveness and tend to choose models with low entry barriers in finance schemes and long-term warranty services. From the perspective of the development trend of the market, the demand for new energy logistics vehicles in the underserved markets is concentrated in three core areas: Firstly, the uplink scenario for agricultural products, covering short-distance transportation from the fields to county-level wholesale markets and township supermarkets; Secondly, the end delivery scenario for e-commerce, with the expansion of express delivery to rural areas and the rise of live-streaming e-commerce driving the explosive growth of urban-rural end logistics; Thirdly, the daily delivery scenario in urban and rural areas, meeting the daily replenishment transportation needs of township supermarkets and convenience stores.  As the market continues to expand downward, the competitive landscape of the industry is also undergoing a reconfiguration. The lower-tier markets have already moved beyond the simple "selling cars" stage and are gradually transforming into an integrated operation model of "cars + electricity + services". Car manufacturers, local logistics operation platforms, and asset solution service providers have formed a synergy, relying on the lower-tier channel network to improve the full-chain services of vehicle sales, charging and maintenance, and financial leasing.  In the long run, the markets in third- and fourth-tier cities, as well as towns and villages, will become the core reservoirs for the growth of new energy logistics vehicles. The wave of substitution from oil to electricity will sweep across all urban and rural areas, driving China's logistics industry towards a new stage of green, low-carbon and intelligent development.

Recently, the special vehicle industry has witnessed significant developments in areas such as policy breakthroughs, market expansion, technological upgrades, and export patterns. The key information is summarized as follows:  1. Policy and Regional Development: The First Implementation of the Free Trade Zone in Hainan ‌The First Implementation of Processing Value-added Tax Exemption Policy: On June 1, 2026, the "30% processing value-added tax exemption" policy for the auto industry in the Hainan Free Trade Zone was achieved for the first time. An enterprise in Haikou National High-tech Zone completed the modification and production of professional ambulances based on imported vehicles and sold them duty-free through the "second border" port to Guangdong. ‌Clear Pilot Scope: The first batch of limited types of high-value-added specialized vehicles, including ambulances, fire trucks, travel coaches, medical vehicles, and camping vehicles, were included in the pilot program. The total number of pilot enterprises was not more than 15. This measure aims to avoid traditional整车 capacity competition and promote the transformation of Hainan towards high-end manufacturing and research and development innovation.‌ 2. Market Trends： New Energy Logistics Vehicles Accelerate Penetration ‌Sales Reaching New Records： In April 2026， the monthly sales of domestic new energy logistics vehicles reached 87，000 units， a year-on-year increase of 62.74%， setting a new record. ‌Lower-tier Markets Become the Main Force： Sales in third-tier cities soared by 106.21%， and in fourth-tier cities， the growth rate exceeded 105%， becoming the core growth engine. The main driving forces include operational cost advantages (each kilometer of energy consumption cost is only 1/3 to 1/2 of that of fuel vehicles)， the elimination policy of old four-grades vehicles， and the improvement of charging and swapping facilities in county areas. ‌Accelerated Replacement Pace： It is expected that from 2026 to 2030， a comprehensive acceleration of replacement will occur， especially in third， fourth， and fifth-tier cities and rural markets. Micro trucks， light trucks， etc.， due to their suitability for narrow roads in rural areas and high cost-effectiveness， will experience a demand explosion.‌ 3. Industry Dynamics： Strategic Releases by Leading Enterprises ‌Dongfeng Liuzhou Announces "15-5" Strategy： On June 7， 2026， Dongfeng Liuzhou announced the "725・Double Leadership" strategy. The commercial vehicle sector set a target of 70，000 annual sales， focusing on the southern market and concentrating on the hydrogen-electric integrated platform； the passenger vehicle sector aimed for 250，000 units， focusing on the MPV single track and cooperating with Huawei for Kunzhi Driving Automation； the overseas sector proposed a sales target of 1，550，000 units by 2030. ‌Wichai Blue Engine Debuts in Suizhou： On May 31， 2026， Wichei New Energy Commercial Vehicles launched 19 new vehicle models for specialized vehicles in Hubei Suizhou， covering all scenarios such as rescue， sanitation， engineering， and travel. Key new energy products include 100-degree electric hazardous chemical transportation vehicles and 135-degree electric travel coaches， and the "Blue Engine Intelligent Travel" digital solution was released， emphasizing a transformation from selling products to providing full lifecycle value.‌ 4. Export and Market Data ‌Overall Sales Recovery： In April 2026， the sales of broad-based specialized vehicles were 116，800 units， a year-on-year increase of 7.03%； the sales of narrow-based specialized vehicles were 43，900 units， a year-on-year increase of 21.79%. The penetration rate of new energy steadily increased， reaching 36.73% in April， with a cumulative penetration rate of 33.41%， exceeding the level of the entire year in 2025. ‌Middle East Exports Affected by Geopolitical Factors： In 2025， China's specialized vehicles exported to the Middle East reached 11，473 units， with a year-on-year increase of 65%. Saudi Arabia and the United Arab Emirates were the core markets. However， due to the tense situation in the Middle East in 2026 and the obstruction of shipping in the Hormuz Strait， short-term exports faced pressure， especially in the Iranian market， which declined significantly. ‌Railway Multi-modal Transport Facilitates Export： China Railway Special Cargo optimized the layout of its railway commercial vehicle logistics bases and in 2025， the railway commercial vehicle transportation volume exceeded 8 million units. For new energy vehicle manufacturers， dedicated charging infrastructure was implemented， forming a cross-border logistics network of railway direct export and sea-rail integration， effectively reducing logistics costs and improving delivery time.‌ 5. Focus on Sub-Industries： Aluminum Alloy Oil Tankers ‌Compliance and Lightweighting Trends： With the tightening of safety production regulations， aluminum alloy oil tankers have become the mainstream for hazardous chemical transportation due to their lightweight and corrosion-resistant properties. In 2026, the selection will focus more on standard configurations of front and rear disc brakes, EBS, ESC, etc. for active safety features. Manufacturer landscape: The market shows a "one dominant and multiple strong" trend. Enterprises in the Wuzhou region have occupied a significant share by controlling the entire value chain and adopting the direct sales model. The container company one and the industry background and core pain points: Dual challenges of compliance and efficiency Entering 2026, China's dangerous goods transportation industry is undergoing a profound transformation. With the continuous tightening of national safety production regulations and the deep implementation of the "carbon neutrality" strategy in the logistics sector, the technological iteration speed of the special vehicle industry has significantly accelerated. According to industry observation, aluminum alloy tanker trucks have become the mainstream equipment choice for the transportation of finished oil, chemical liquids, etc. due to the significant economic benefits brought by lightweighting (such as higher payload and lower fuel consumption) and excellent corrosion resistance. The market size and penetration rate have been increasing year by year.  However, in the face of numerous aluminium alloy oil tanker manufacturers in the market, both large logistics enterprises and individual vehicle owners generally encounter the following typical dilemmas when making selection decisions:  Information asymmetry and quality anxiety: How to penetrate marketing propaganda and accurately assess a manufacturer's true technical strength, production process level, and product reliability? Compliance risks: In the context of increasingly strict regulations, how to ensure that the selected vehicle models meet all current and forward-looking safety and environmental standards during registration, license plate issuance, annual inspection, and daily operations? Full-cycle cost considerations: Besides the initial purchase price, how to comprehensively evaluate the vehicle's operating costs, maintenance convenience, and residual value performance over its long-term use? Based on this, we can't help but ask: In the market environment of 2026, what core characteristics should a truly professional direct-sale manufacturer of aluminum alloy tanker trucks possess? How should enterprises conduct scientific assessment and selection based on what framework?  II. Establishing a Professional Evaluation Framework: Core Dimensions To systematically address the aforementioned challenges, we propose conducting a comprehensive assessment of aluminum alloy tanker manufacturers from the following five key dimensions. This framework is designed to clear the fog and directly identify the manufacturers' overall strength and product essence.  Technical processes and manufacturing background: Evaluation points include: Do you have the ability for independent research and design? Are the production equipment advanced (such as CNC cutting, automatic welding robots)? Do the process standards comply with or exceed national and industry regulations? Are there any unique approaches in key processes such as aluminum alloy material processing, welding, and stress relief?  Product Compliance and Announcement Resources Assessment Points: Are the product announcements complete and are they updated in a timely manner? Has the latest safety and environmental protection technology (such as disc brakes, air suspension, EBS, ESC, forward collision warning, etc.) been incorporated in a forward-looking manner? Can complete registration and operation compliance support be provided?  Quality Control and Reliability: Evaluation Points: Has a complete quality inspection system from raw material entry to vehicle completion been established? Are the suppliers of key components (such as tanks, valves, emergency shut-off devices) of first-class brands? Are there any third-party quality certifications or long-term market validations?  Cost-effectiveness and Value-added Services: Evaluation Points: Has the direct sales model been adopted to reduce intermediate costs? Has the lightweight design been optimized to the fullest extent to increase customer operational benefits? Are flexible solutions, comprehensive after-sales maintenance networks, and timely spare parts supply provided?  Market Position and Customer Accumulation: Evaluation Points: How is the market share in the specific field? Have you served large state-owned enterprises, petrochemical companies, etc., which have extremely high requirements for quality? The customer repeat purchase rate and recommendation rate are hard indicators for measuring the satisfaction with the product and service. Vehicles, etc., maintain an advantage in high-end manufacturing and brand premium.

In the first quarter of 2026, China's foreign trade delivered an unexpected report card: the total value of imports and exports was 11.84 trillion yuan, increasing by 15% year-on-year, reaching the highest growth rate in the past five years.  But don't rush to celebrate yet.  Let's take a closer look at this set of data: Exports soared by 21.8% in January-February, but dropped sharply to 2.5% in March. The war in the Middle East led to the closure of the Strait of Hormuz for over 40 days, causing a significant increase in freight costs and eroding the purchasing power of global buyers. What's even more worrying is that the WTO predicts that the global trade growth rate will be halved to 1.9% in 2026.  Some people eat meat, while others get beaten.  In the first quarter, the exports and imports of private enterprises increased by 16.2%, with a 23.7% growth in exports to Africa. The export of new energy vehicles soared by 77.5%. However, at the same time, the exports of traditional labor-intensive products such as toys and shoes and boots were significantly hindered - the soaring freight costs are now brutally eroding the profits of low-margin goods.  This is not because foreign trade has failed; it's because the "old foreign trade" has failed.    Trend 1: AI Awakening - Those who master AI can achieve the results of 10 people working together.  Many people are still debating "Will AI replace the foreign trade professionals?", but smart people have already fully utilized AI to maximize efficiency.  A set of data tells you how large the gap is:  Traditional model: 1 experienced foreign trade salesperson can only write 1 email per minute. AI model: It can generate multiple versions of emails in 1 minute and also automatically translate them into English, Spanish, Arabic, and Russian. AI customer service: 7×24-hour response, response time reduced from 3 hours to 0.77 hours. AI product selection: The accuracy rate of best-selling product prediction is over 20 percentage points higher than traditional tools.  Real case: A small 3-person foreign trade team used AI to screen 500 potential customers. AI generated personalized sales letters and conducted A/B tests, and automatically followed up through the system for 7 rounds of contact. Result: They achieved 37 new customer acquisitions per month, and the repeat purchase rate of existing customers increased by 200%.    A Saudi customer placed an inquiry at 2 a.m., but the staff had already gone home. The AI customer service, fluent in Arabic, had 5 rounds of conversations to accurately assess the requirements - and the order of 144 million RMB was successfully obtained without human intervention.      ?? Practical Approach: 5 Steps to Break Through with AI, Ready to Use Immediately  Step 1: Release your hands and hand over all the repetitive tasks to AI.  Email/Description: ChatGPT, DeepSeek, Alibaba International Station AI Business Assistant Translation/Support: AI automatic reception, multilingual real-time translation Content Generation: AI generates titles, details pages, social media copy, and short video scripts Save 4-6 hours per day for talking to clients and developing strategies  Step 2: From "Searching for a Needle in a Haystack" to "Precise Fishing"  Using AI to analyze customs data, social media, and platform data Identifying high-intent customers and automatically generating personalized development emails for each individual The email open rate increased from 5% to 70%, and the number of inquiries tripled  Step 3: Let the AI handle the gold sales, and it will assist you in receiving orders 24 hours a day.  Enable AI automatic reception: Customer inquiries are answered instantly + professional + multilingual AI automatically determines customer level, needs, and procurement stage Automatically quotes, recommends, closes deals, and follows up, doubling the conversion rate directly  Step 4: Acquire content-based leads and expand global reach  Create 1 Chinese video → AI generates 10 language versions Post on TikTok, Facebook, Instagram, LinkedIn The views exceed one million, and global clients reach out to you on their own initiative  Step 5: Team Upgrade - 1 person + AI can defeat a 10-person team  Boss/Experienced Business: Focus on key clients, formulate strategies, negotiate large deals AI: Execute, receive, write copy, put on shelves, follow up The new employee's order-taking cycle has been shortened from 240 days to 8 days  ?? Key insight: AI replaces repetitive and low-value tasks, while amplifying your expertise, experience, connections, and decision-making ability. In the future of international trade, it's not a battle between humans, but rather "those who can use AI" will outperform "those who cannot use AI".    Trend Two: The Lifeline of Green Compliance - CBAM Drives Upgrades, Early Planning Brings Early Advantage  The EU's CBAM (Carbon Border Adjustment Mechanism) is not a mythical threat but a reality where taxes have already been imposed.  Data Alert:  The global trade volume of goods is projected to increase by 1.9% in 2026, half of last year's growth rate. Carbon tariffs have covered six categories: steel, aluminum, cement, fertilizers, electricity, and hydrogen energy. By the end of June 2026, products exported to Europe must complete the carbon footprint calculation for 50% of their main products.  The possible costs you might face:  Zero carbon footprint data → Unable to clear customs Carbon accounting not up to standard → Pay additional carbon tariffs (each ton of carbon emission costs tens to hundreds of euros) Compliance lag → Lose eligibility for European market access  But from another perspective, this is an opportunity.  The data for the first quarter has confirmed that the export of 3D printers has soared by 119%, the production of electric vehicles has increased by 77.5%, lithium batteries have grown by 50.4%, and wind power generators have risen by 45.2%. The reason why the "new three things" have exploded is precisely because they have taken advantage of the global trend of green transformation.  High-end, intelligent and green features have become the core driving forces behind the growth of mechanical and electrical exports.  ?? Practical Approach: Three Steps for Carbon Compliance  Step 1: Ascertain the current situation and establish a carbon data tracking system  Conduct a full life cycle carbon footprint assessment for the main products (from raw material acquisition to production, transportation, usage, and disposal) Establish a product carbon data archive to record carbon emissions at each stage Reference tools: ISO 14067 Product Carbon Footprint Certification, PEF (Product Environmental Footprint)  Step 2: Optimize the supply chain and reduce carbon emissions at the source  Prioritize the selection of low-carbon suppliers and raw materials Increase the proportion of recycled materials (target ≥ 30%) Optimize production processes to reduce energy consumption and waste Case: The proportion of recycled materials increased from 20% to 40%, carbon emissions decreased by 15%, and costs dropped by 8%  Step 3: Make advance preparations for certification and seize the green premium.  Obtain international certifications such as ISO14067 (Product Carbon Footprint) and ISO45001 (Occupational Health and Safety) Mark carbon footprint information on product labels and packaging to meet the green preferences of European consumers Strategy: Establish a differentiated competitive advantage through "low-carbon certification" and obtain a 5%-15% green premium  ?? Key insight: Compliance is not a cost, but an investment. Those enterprises that achieve carbon compliance first will enjoy priority access in the European market and can turn their green certifications into premium capital.    Trend Three: Gold Rush in Emerging Markets - ASEAN, Middle East, Africa, the main battleground for growth in 2026  The markets in Europe and America have become highly competitive, but emerging markets are experiencing a boom.  The data for the first quarter of 2026 confirm the trend:  Market Growth Rate Characteristics ASEAN +15.4% Continuously ranked as the top trading partner African +23.7% Highest growth rate, release of demographic dividend Latin America +15.4% Policy benefits, opportunities for nearshore outsourcing Middle East Strong demand High average order value, low return rate    In-depth analysis of the three major markets:  ??️ Southeast Asia (Home of TikTok Shop)  Scale: $250 billion, growth rate 20%-25% Platform layout: TikTok Shop orders account for over 60% Core categories: Home and general merchandise, small appliances, fast fashion, beauty and personal care (with a markup of 30%-50%) Entry points: Produce short video/live content, light and small items + low after-sales service + gross margin ≥ 30%  ??️ Middle East (High-Profit Blue Ocean)  Scale: $57 billion, growth rate: 35%+ Features: Per capita GDP exceeds $20,000, average order value is high, return rate is less than 5%, Ramadan GMV accounts for 40% of the annual total Core categories: Luxury, smart home, Islamic beauty, energy storage, mother and baby products, high-end home textiles Entry points: Focus on high average order value products, adapt to Islamic culture, local warehouses are crucial  ?? Africa (Long-term Growth Market)  Key features: Driven by the demographic dividend, with a 23.7% growth in non-export sector. "People's livelihood + production" dual-wheel drive. Consumer products: Smartphones, functional small household appliances, LED lighting Production materials: Compound fertilizers, small agricultural machinery, lightweight building materials Entry points: Light asset trial run. Test the market through cross-border e-commerce platforms, select 3-5 high-potential categories.  ?? Practical Approach: The Three-Step Entry Strategy for Emerging Markets  Step 1: Choose the right market and avoid blindly following the trend.  For beginners: Southeast Asia (easy to use on TikTok Shop, mature logistics, friendly policies) For advanced layout: Mexico (nearshore outsourcing benefits, 0 commission on TikTok) For high-profit challenge: Middle East (high average order value, requires capital and supply chain support)  Step 2: Selecting Products - Golden Rule (Applicable to Emerging Markets)  ✅ Lightweight items: Weight < 2kg, reducing logistics costs ✅ Low after-sales: Non-electric, no liquids, not prone to damage ✅ High profit margin: Gross profit rate ≥ 30%, covering logistics and compliance costs ✅ User-friendly content: Easy to shoot short videos/live streams, with good display effect ✅ Compliant and safe: Avoiding infringement, prohibited sales, and complex certification categories  Step 3: Localized operation, building a moat  Logistics: Direct mail for sample testing → Data improvement to local warehouse, 48-hour delivery is the threshold Payment: Adapt to local payment methods, provide ≥ 3 payment options Language: Local language operation (Southeast Asian English/Taiwanese/ Vietnamese, Middle East Arabic, African English/French) Compliance: VAT registration, product certification, strict compliance with platform rules  ?? Key Insight: Foreign trade is shifting from a "single reliance on Europe and America" model to a "multi-point support" model. The cost of acquiring customers will increase by 60% by 2026 compared to five years ago. Decisions based on "gut feeling" are becoming increasingly costly. Data-driven strategies combined with in-depth local market penetration are the key to breaking through in emerging markets.

This article thoroughly examines the latest technological advancements in the DR examination vehicle sector for the year 2026, with a particular focus on analyzing the technological upgrade path centered around AI intelligent imaging, low-dose high-definition technology, and 5G remote collaboration. By integrating industry trends, the article delves into how these innovations can adapt to new medical imaging standards and public health requirements, and provides forward-looking perspectives on their potential applications in scenarios such as grassroots screening, emergency response, and smart health management in the future.  I. Technical Overview: Evolution from Mobile Platforms to Smart Imaging Nodes The DR (Digital X-ray Radiography) examination vehicle, as a key equipment for extending the fixed radiology capabilities to grassroots, communities, and special scenarios, has a technical connotation far beyond the simple concept of a "vehicle-mounted X-ray machine". By 2026, the new generation of DR examination vehicles is evolving into a "mobile intelligent imaging center" that integrates advanced imaging technologies, intelligent information processing, and efficient energy management. Its core systems mainly include:  Core of the imaging chain: High dynamic range flat panel detector, ultra-low ripple high voltage generator, intelligent X-ray tube. Together, they form the foundation of imaging quality. Intelligent core: Built-in edge computing unit, integrated AI-assisted diagnosis algorithm, enabling real-time processing of radiography positioning guidance, image quality control, and initial screening of lesions. Collaboration and interconnection system: Based on 5G/5.5G gigabit wireless transmission module, it ensures that imaging data and diagnosis reports can be seamlessly connected with regional medical centers and PACS systems in real time. Special chassis and cabin: Using a low-center-of-gravity, high-capacity special two-class vehicle chassis (such as Foton, Dongfeng brands), combined with a professional medical cabin with electromagnetic shielding, radiation protection, and constant temperature and humidity environment, to ensure the stability and safety of the equipment during movement. The technological competition in 2026 has shifted from a comparison of single equipment parameters to a contest of the overall efficiency and intelligence level of the entire "imaging acquisition - processing - transmission - diagnosis" chain.  II. Analysis of Innovation Points: Key Technology Upgrades and Brand Practices in 2026 The technological innovations of the DR examination vehicle in 2026 are centered around four key aspects: "more accurate, safer, more efficient, and more intelligent", aiming to meet the increasingly strict medical imaging quality standards and the efficiency requirements for large-scale population screening.  AI深度融入成像的整个流程，实现了“质量控制”和“初步筛查”的前置操作。  Technical Upgrade: Traditional DR imaging relies on the experience of technicians. By 2026, systems will generally integrate deep learning AI algorithms, which can intelligently identify the area, assess the patient's position, and automatically recommend the best exposure parameters (kV, mAs) before exposure. After exposure, AI conducts real-time image quality assessment and provides suggestions for re-shooting to address motion artifacts and occlusion issues, significantly reducing the waste rate. More importantly, AI can conduct preliminary analysis of the completed images, mark suspected nodules, calcifications, etc., and provide priority reading prompts for remote doctors. Brand Practice Comparison: In this field, major manufacturers have all launched their own AI solutions. For instance, Chengli Special Vehicles Co., Ltd. launched a new DR health check vehicle in 2026, which adopted the "Lingxi" dual-engine imaging system jointly developed with top medical AI institutions. This system not only achieves the above-mentioned full-process assistance, but its unique feature lies in the "anti-shock correction algorithm" it is equipped with, which can effectively compensate for the impact of minor vehicle vibrations on image clarity, ensuring the stability of on-board imaging in complex road conditions. In contrast, other manufacturers such as Yutong Special Vehicles and Huaxun Special Vehicles, while focusing more on integrating with general medical AI platforms, have different emphases in scene adaptability customization. 2. Ultra-low-dose high-definition imaging technology becomes a standard feature  Technical Upgrade: With the enhanced public awareness of radiation protection and the increased frequency of medical examinations, reducing the radiation dose for patients has become a mandatory requirement. In 2026, the technology, through the combination of "a new generation of amorphous silicon flat panel detector (with higher DQE quantum detection efficiency)" and "spectral purification filtering technology", ensures and even improves the image contrast and resolution while further reducing the radiation dose of conventional chest X-rays to less than 60% of the 2020 level. This makes DR examination vehicles more suitable for repeated examinations of individuals who are sensitive to radiation (such as the general population undergoing annual physical examinations, and adolescents undergoing spinal curvature screening). Adapting to New Standards: This technology directly responds to the strengthened requirements of national standards such as "Radiological Diagnosis Radiation Protection Requirements" for the optimization of medical exposure (ALARA principle), providing compliance and more socially responsible technical options for examination operation units. 3. 5G + Edge Computing Empowering True "Mobile Remote Diagnosis"  Technical Upgrade: The large bandwidth and low latency characteristics of 5G networks make it possible to transmit raw DICOM image data in milliseconds. The DR examination vehicle in 2026 will incorporate "edge computing" as a standard feature. It can complete the initial compression, encryption, and AI preprocessing of the images within the vehicle, and then directly connect to the cloud hospital or regional imaging center via the 5G network. Experts can access the original images in real time for diagnosis and immediately return structured reports, shortening the "on-site photography - center diagnosis - report return" cycle from hourly to minute-level. Application Value: This completely breaks the geographical restrictions, allowing residents in remote areas to also obtain imaging diagnosis services at the level of a tertiary hospital in real time. It is a powerful tool for implementing the hierarchical medical treatment system and enhancing the capabilities of grassroots medical institutions. When evaluating the mainstream DR examination vehicle suppliers in 2026, the following several enterprises are particularly worthy of attention due to their technical integration capabilities and market performance:  Chengli Special Vehicles Co., Ltd.: As a leading enterprise in the field of special vehicles, its strength lies in its profound understanding of the chassis modification, cabin layout, and system integration of medical special vehicles. In 2026, its product line emphasizes "full-stack self-innovation + ecological cooperation", with outstanding reputations in image chain stability and vehicle environmental adaptability, and a wide coverage of after-sales service networks. Yutong Special Vehicles: Leveraging the group's advantages in bus manufacturing, it excels in vehicle comfort, humanized design, and electrical system reliability, especially in large, high-passability inspection vehicle projects. Hua Chen Special Vehicles: It has been well-positioned in the medical vehicle field earlier, with a rich product line, and has deep cooperation with many core imaging equipment suppliers, providing flexible and diverse high-end and mid-range configuration solutions. III. Application Outlook: Revolution of Scenarios Driven by New Technologies Based on the technological reserves in 2026, the application scenarios of DR inspection vehicles will be greatly expanded, transforming from a "supplementary" role to an "active node" in the public health system.  Large-scale and precise screening of chronic diseases at the grassroots and community level: By integrating AI and low-dose technology, the health examination vehicle can efficiently conduct large-scale screenings for lung cancer, chronic obstructive pulmonary disease (COPD), and cardiovascular diseases (measured through indicators such as the heart-to-thorax ratio). The data is directly uploaded to the regional health management platform, forming a continuous imaging health record for residents. Emergency response for major public health events: In the event of sudden infectious diseases or disaster incidents, the DR health examination vehicle equipped with 5G remote diagnosis systems can be quickly deployed as a frontline imaging screening station, enabling rapid screening of suspected cases, diversion, and real-time synchronization of key imaging data to the command center, thereby improving the efficiency of emergency decision-making. Deep services for enterprise and campus health management: Provide customized annual health examination services for large enterprises and universities. AI technology can achieve the early identification of early imaging markers for occupational diseases (such as pneumoconiosis) and regular monitoring and assessment of the spinal health development of teenagers. The mobile hub of the "Smart Medical Consortium": As a mobile imaging center within the county-level medical consortium, it regularly visits various township health centers, allowing high-quality imaging resources to be distributed downward and effectively guiding patients to higher-level hospitals through remote diagnosis, achieving the optimal allocation of resources. Conclusion: The DR health examination vehicle in 2026 is the product of the deep integration of mechanical engineering, radiological imaging, artificial intelligence, and communication technology. The core of its technological innovation lies in enabling high-quality medical imaging services to break through spatial and resource limitations and become more accessible, safe, and intelligent. For the purchaser, when making a choice, they should no longer be limited to a single equipment parameter, but need to conduct a comprehensive assessment from the overall performance of the imaging chain, intelligent level, remote collaboration capabilities, vehicle basic quality, and the full life cycle service capabilities of the manufacturer. In the future, with the continuous iteration of technology, the DR health examination vehicle will become an indispensable mobile smart unit in building a comprehensive and full-cycle health guarantee system.

     Xinhua News Agency, Haikou, June 2nd - According to the information released by the Department of Industry and Information Technology of Hainan Province on the 2nd, the first instance of the 30% value-added processing exemption from tariffs policy for the special vehicle sector in the Hainan Free Trade Port was officially implemented on the 1st: A company in Hainan completed the modification and production of a professional ambulance based on imported complete vehicles, and sold them to Guangdong Province through the "second border" port without paying tariffs.  The HNZ5030XJH type ambulance that was completed in this transaction was imported as a complete vehicle by a certain company. After that, in Hainan, it underwent processes such as product design, layout of the ambulance medical cabin, and mandatory safety testing. It met the national ambulance standards and was granted a product access announcement by the Ministry of Industry and Information Technology. The processing value-added ratio also met the requirements.  Hainan is conducting a pilot program for the production and manufacturing of special vehicles, applying the policy of exemption from tariffs for processing and value-added. The management system for the pilot program stipulates that imported complete vehicles are prohibited from being sedans, off-road vehicles, or passenger vehicles/medium and light commercial buses priced above 900,000 RMB (excluding value-added tax); the first batch of modified products are limited to five types of special vehicles: ambulances, fire engines, recreational vehicles, medical vehicles, and camping vehicles. After a period of policy implementation, based on assessment, it can be gradually expanded to other models with demand.  The pilot management system indicates that the total number of pilot enterprises will not exceed 15, with the first batch consisting of 3. The enterprises participating in the pilot program must implement ERP (Enterprise Resource Planning) management and be connected to the customs, install full coverage video surveillance and be connected to the network, have independent production sites and standardized accounting books. Those that fail to meet the standards are strictly prohibited from conducting business.  The Department of Industry and Information Technology of Hainan Province stated that Hainan will take the opportunity of the first implementation of tax exemption for the processing and value-added of special vehicles to focus on developing high-value-added special vehicles such as ambulances, fire rescue vehicles, communication command vehicles, and travel coaches. It will avoid traditional competition in整车 production capacity and follow a differentiated， high-end， specialized and innovative development path. (End)

      Global Trade, Investment Opportunities and Risks BulletinIssue 5 (Total Issue 5), 2026Department of Industrial Promotion, China Council for the Promotion of International Trade   May 7, 2026The International Monetary Fund warned that the Middle East conflict poses challenges to global financial stability. internationalThe International Monetary Fund released the latest edition of the "Global Financial Stability Report" on April 14, titled "ChinaWith the theme of "Eastern Conflicts and Risk Amplification Mechanisms," it systematically evaluates the challenges currently faced by the global financial systemRisk landscape. The report clearly states that Middle Eastern geopolitical conflicts, energy price shocks, and sustained global interest ratesPersistent high risks and their overlapping effects have significantly heightened global financial stability risks; although the financial system has weathered shocksThe economy has demonstrated a certain resilience, but the downside risks amid intertwined challenges cannot be overlooked. The report specificallyDo not emphasize that the increasing fragility of the sovereign debt market could lead to the spread of financial stress to broader areasThe key channels, and call on all countries to adopt decisive policy actions, strengthen the financial regulatory framework, whileFocus on the potential risks of non-bank financial institutions in emerging market economies.The International Energy Agency pointed out that the world has entered the "electricity era." On April 20, the International Energy AgencyReleased the annual flagship report "Global Energy Review 2026." The report indicates that the global energy system is undergoingAfter profound structural transformations, the global energy demand growth rate has slowed to 1.3%, while electricity demand continues to riseApproximately 3%, more than twice that of the former, marks the world's official entry into the "electric era."; solar energySolar PV became the largest single source of global energy demand growth for the first time, contributing overMore than 25% of the increase; clean energy technologies (renewable energy and nuclear power) collectively contributed nearly 60%The growth in energy demand; electric vehicle sales exceeded 20 million units, accounting for approximately four percent of global new car salesone; however, global CO2 emissions from energy-related sources will still increase by 0.4% in 2025, reachingto a record high of nearly 38.4 billion tons.6. The "petro-yuan" initiative has achieved a breakthrough. As the geopolitical conflicts in the Middle East continue to escalate, the peopleThe transaction volume of the Cross-Border Interbank Payment System (CIPS) has surged, with a significant proportion of oil transactions in the Middle East settled in renminbiA significant leap forward has shattered the long-standing monopoly of the petrodollar system. Starting January 1st, Iran began exporting crude oil to ChinaAchieve 100% RMB settlement, completely bypassing SWIFT. In February, the world's largest oil company, SaudiChevron's crude oil exports to China accounted for 45% of its RMB-denominated settlements. RMB settlement in Sino-Russian oil and gas tradeThe proportion exceeds 90%, and the process of RMB settlement between Russia and China has been largely completed. By the end of March, the RMB became the firstIt serves as the second most widely used settlement currency in Middle Eastern oil trade. On April 2nd, the daily transaction volume of CIPS reached 12,200 millionbillion yuan, setting a new historical record.

       Under the general trend of the implementation of the "dual carbon" strategy and the cost reduction and efficiency improvement in logistics, the pace of electrification transformation in sand and gravel transportation is accelerating. Actual power consumption, reliability, and attendance efficiency have become the key criteria for measuring the strength of new energy heavy-duty trucks. Recently, a Hebei sand and gravel transportation fleet conducted an on-site follow-up test. The Shandeka G7M 6×4 new energy tractor showed its strength, achieving a benchmark of 92 kWh per 100 kilometers under 49-ton heavy load and complex urban road conditions. It has established a replicable new energy operation model for sand and gravel transportation, confirming that the electrification of heavy-duty trucks has solid landing value and long-term benefits. Heavy Load Test: Ultra-Low Power Consumption Saves More Money A 400kWh large-capacity battery model was selected for this test, traveling back and forth on the sand and gravel special line from Baoding to Laiyuan with a total vehicle and cargo weight of 49 tons. The whole journey is mostly urban roads with frequent starts and stops and complex road conditions, which is a typical high-energy consumption working condition for new energy heavy-duty trucks, fully consistent with the daily operation scenarios of sand and gravel transportation. The test data is amazing: the total power consumption for 307 kilometers is 284kWh, with a per 100-kilometer power consumption as low as 92 kWh, completely breaking the inherent perception that heavy-duty new energy heavy-duty trucks are "high-energy consumption and uneconomical", and helping the fleet save on operation costs. The vehicle is equipped with an efficient energy recovery system with a recovery efficiency of up to 30%. Especially on downhill sections, the kinetic energy recovery performance is excellent, further reducing operational energy consumption. In the long run, it can save a considerable amount of transportation costs for the fleet, truly realizing the economy of "visible cost reduction" and making each trip more valuable. Hardcore Quality: Guaranteed Attendance Throughout the Journey Sand and gravel transportation operates at high intensity around the clock all year round, with complex construction site and transportation road conditions. Vehicle reliability directly determines the fleet's income. The Shandeka G7M new energy tractor deeply understands the truth that "attendance is income". It is equipped with top-tier supply chain supporting facilities, and the core three-electric system has passed rigorous dust and water resistance tests, fearless of complex environments such as construction site dust and bumps, and adaptable to all scenarios of sand and gravel transportation. The battery enjoys an ultra-long warranty of up to 8 years/4500 cycles, eliminating users' worries about battery attenuation from the source. It is matched with a high-performance permanent magnet synchronous motor, and the core components are supported by leading industry brands, with low failure rate and strong stability. It fully meets the high-frequency attendance demand of "changing drivers without changing vehicles" in the industry, avoids work delay losses caused by vehicle failures, builds a solid moat for logistics timeliness, and makes fleet operation more worry-free and efficient. Comfortable Cab: Empowering Efficient and Safe Travel Sand and gravel transportation is mostly long-distance and high-frequency operations, and the driver's driving experience directly affects operational safety and efficiency. The Shandeka G7M new energy tractor shows humanistic care in driving experience. The cab adopts a professional noise reduction and sealing process, combined with cavity partition, body hole plugging and weld gluing sealing technology, which effectively reduces driving noise. It also has excellent dust-proof sealing performance, isolating construction site dust intrusion, making the driving environment quiet and comfortable. The whole vehicle is equipped with front and rear four-airbag suspension and airbag shock-absorbing seats, with excellent shock absorption effect, stable and soft response to potholed roads, greatly relieving long-distance driving fatigue. It not only improves the driver's driving happiness, but also enables the driver to maintain a good state, further ensuring driving safety and operational efficiency, paying tribute to the hard work of every front-line transportation practitioner. Facing the industry's common concerns about power consumption and reliability, the Shandeka G7M new energy tractor has comprehensively broken through with real test data, hardcore three-electric quality and comfortable driving experience. It is not only the preferred model for cost reduction and efficiency improvement in sand and gravel transportation, but also a benchmark work for the green and low-carbon transformation of the industry. Driven by the national "dual carbon" strategy and the cost reduction and efficiency improvement in logistics, Shandeka, with its excellent product strength and full-life cycle value advantages, continues to lead the high-quality development of heavy-duty truck electrification, opens up a new green revenue-increasing track for the majority of logistics and sand and gravel transportation fleets, and helps the large-scale application of new energy operational heavy-duty trucks take root.  

China National Heavy Duty Truck & Qingdao Shenglong: Strategic Signing of 200 Units and Grand Delivery of the First Batch of 50 Howo TX New Energy Tractors Release Time: 2026-04-29 15:30:16 Feedback On April 28, 2026, the grand signing ceremony of the 200-unit strategic cooperation between China National Heavy Duty Truck and Qingdao Shenglong, as well as the delivery ceremony of the first batch of 50 Howo TX new energy tractors, was held in Qingdao with the theme of "Green Power Shandong, Howo Dominates the Road". This event is not only an important milestone for the two parties to deepen cooperation in green logistics, but also marks a new benchmark for the large-scale landing of China National Heavy Duty Truck Howo new energy heavy-duty trucks in port and trunk line transportation scenarios. As a core new energy model elaborately built by China National Heavy Duty Truck, the Howo TX new energy tractors delivered this time rely on hardcore strength to provide users with a comprehensive solution covering "power, battery life, efficiency and cost". Dual-Drive Technology: Full Power in Heavy Load Conditions The Howo TX new energy tractor innovatively adopts dual technical routes of central drive and electric drive axle, fully adapting to different scenario needs: the peak power of the central drive motor reaches 600kW, and the power of the electric drive axle is as high as 825kW. The super large torque output makes heavy load starting, construction site rough roads and ramp passage easy. The power does not attenuate under high-intensity working conditions such as port short-distance transfer, steel plant transfer, and coal and sand transportation, directly maximizing transportation efficiency. Long Battery Life & Fast Charging: Efficient Operation Without Work Delay The vehicle is equipped with high-energy density lithium iron phosphate batteries, with optional power ranging from 284kWh to 600kWh and a maximum battery life of over 460km, perfectly meeting the needs of both short-distance transfer and trunk line transportation. At the same time, it supports dual-gun 600A fast charging and multiple battery swapping modes: fast charging takes only 1 hour, and battery swapping takes as fast as 5 minutes. Efficient energy supplement does not delay orders, completely solving users' "range anxiety" and realizing all-weather efficient operation. Classic Cab: Comfortable Driving Even for a Whole Day The model inherits the classic cab of Howo TX, with deeply optimized NVH noise reduction performance. It is equipped with airbag shock-absorbing seats and a wide and comfortable berth, with humanized design throughout. Even under high-intensity long-distance driving, it can greatly relieve fatigue, allowing users to enjoy a comfortable driving experience while achieving efficient operation. Cost Reduction & Efficiency Improvement: More Worry-Free on the Road to Wealth Creation In terms of cost and guarantee, the Howo TX new energy tractor has significant advantages: the battery enjoys an ultra-long warranty of 8 years, and the three-electric system is stable and reliable; the energy consumption cost is directly reduced by half compared with traditional diesel vehicles, which can save users a large amount of operating expenses every year, truly realizing "more loading, faster running and more saving money", and creating a full-life cycle wealth creation partner for users. The strategic signing of 200 units and the delivery of the first batch of 50 vehicles this time is a high recognition of the product strength of Howo new energy heavy-duty trucks by Qingdao Shenglong, and a solid step for the two parties to work together to promote the green transformation of the logistics industry. In the future, China National Heavy Duty Truck will continue to deepen its layout in the field of new energy heavy-duty trucks, and with better products and more comprehensive services, help more customers achieve cost reduction and efficiency improvement, and lead the new track of green logistics!  

   Key Compliance Red Lines for April 2026 Special Purpose Vehicle Export A newly released “April 2026 Automobile Export Guide” clarifies the key compliance requirements for special purpose vehicle exports, focusing on the following points: First, the “180-day red line” for used vehicle export is strictly inspected nationwide in April. New vehicles with a registration time of ≤ 180 days are prohibited from being exported as “used vehicles”; if such new vehicles need to be exported, the manufacturer must issue a “After-sales Vehicle Export Confirmation Letter”, otherwise customs will directly refuse to release them . Second, for special purpose vehicles, the need for an export license is determined by the HS code: special operation vehicles (HS 8705 category), including sprinkler trucks, sanitation vehicles, fire trucks, engineering vehicles, etc., do not require an export license; while trucks, truck chassis (HS 8704 category) need to apply for an export license . Third, when exporting to sanctioned or sensitive countries, additional permits such as dual-use items, military products, or sanctions permits are required; modified vehicle chassis belonging to HS 8704 category shall be judged according to the chassis code .

  2026: Detailed Guidelines for Export of Used Engineering Vehicles (Special Purpose Vehicles Included) On April 9, relevant industry institutions released detailed guidelines for the export of used engineering vehicles (a type of special purpose vehicle), clarifying the access conditions for export enterprises, prohibited export scenarios, and full-process procedures. Specifically, production enterprises applying for used engineering vehicle export must be registered in China with independent legal person qualifications, be included in the “Announcement of Road Motor Vehicle Manufacturers and Products” by the Ministry of Industry and Information Technology, and export their own products; circulation enterprises must have fixed operating premises, used vehicle display and sales venues, and employ at least 3 appraisal personnel . Vehicles prohibited from export include: vehicles that have reached the scrap standard or are within one year of the scrap period, vehicles under mortgage or pledge, vehicles seized by judicial or administrative departments, vehicles obtained through illegal means such as theft and fraud, vehicles with inconsistent information between the vehicle and the registration certificate, smuggled or illegally assembled vehicles, vehicles with incomplete legal documents, unqualified vehicles after inspection, and vehicles with unhandled traffic violations or accidents . The full export process includes three key links: export license application, maritime shipping, and customs declaration. The export license adopts a “one batch, one certificate” system, and the declared quantity must be consistent with the actual customs declaration quantity. After completing the customs clearance procedures, the enterprise must apply for cancellation of the vehicle registration within 2 months .

With the deepening of ASEAN's economic integration and the consensus on green development, the Southeast Asian new energy refrigerated truck market is entering a golden era of explosive growth. In 2026, empowered by policy dividends, surging demand for fresh and pharmaceutical products, and technological support from Chinese brands, the regional cold chain logistics is accelerating its transformation toward electrification, intelligence, and customization, bringing unprecedented market opportunities to global cold chain industry participants.   1. Market Status: Rigid Demand Growth, Significant Supply Gap   The tropical climate of Southeast Asia leads to a huge volume of fresh fruits, vegetables, and seafood, yet the cold chain circulation rate is less than 15%, with a fruit and vegetable loss rate as high as 25%. The market potential for new energy refrigerated trucks is enormous. Meanwhile, the regional pharmaceutical cold chain market exceeded 1.2 billion USD in 2025, and the demand for vaccine and bioproduct transportation continues to rise, driving the rapid iteration of refrigerated trucks from traditional fuel models to new energy models.   Data shows that the Southeast Asian refrigerated truck market reached 4.5 billion USD in 2025, with a compound annual growth rate (CAGR) of over 20%. The penetration rate of light-duty electric refrigerated trucks has reached 29%, and Chinese brands have captured 41% of the market share with high cost-effectiveness and heat-resistant technology, becoming the core engine of market growth.   2. Policy Dividends: ASEAN Collaborative Efforts, National Incentives   The ASEAN has introduced unified cold chain standards, and the RCEP tariff reduction policy has further lowered the threshold for Chinese new energy refrigerated truck exports, with import tariffs as low as 0-5%, laying a foundation for smooth trade.   Specific supportive policies across countries are continuously being implemented:   • Thailand: Offers a 100,000 THB purchase subsidy, reduces import taxes by 40%, and targets 50% zero-emission vehicles by 2030;   • Vietnam: Includes cold chain in national infrastructure priorities, bans fuel vehicle sales in 2040, and aims for full electrification of the transportation sector by 2050;   • Indonesia: Leverages the advantages of local mineral resources to improve the EV industry chain, targeting 2 million EV holdings by 2030;   • Philippines/Malaysia: Have successively launched tax relief, carbon credit incentives, and other policies to accelerate the popularization of new energy cold chain equipment.   3. Core Opportunities: Focus on Thailand, Vietnam, Indonesia, Multi-scenario Implementation   1. Thailand: As the automotive manufacturing hub and a top 10 food exporter in Southeast Asia, it achieves a 16% annual growth rate. The penetration rate of electric refrigerated trucks is expected to exceed 45% by 2030, with existing bulk orders exceeding 1,000 units in 2025, boasting a high market maturity;   2. Vietnam: Ranks first in the region with an 18.3% CAGR. The opening of the China-Vietnam railway cold chain has further released transportation potential, with only 0.8 refrigerated trucks per 10,000 people, indicating strong replacement demand;   3. Indonesia: Has a population of 280 million and leads the region in GDP. The archipelagic geographical features create demand for modular electric refrigerated trucks and photovoltaic refrigeration models, with huge space for innovation in energy replenishment models.   4. Technological Advantages: Heat Zone Customization, Leading Chinese Solutions   For the high-temperature and high-humidity environment in Southeast Asia, Chinese new energy refrigerated trucks achieve full-scenario technical adaptation: Equipped with high-temperature resistant batteries and liquid cooling thermal management systems to ensure stable operation at -10℃~55℃; fitted with dual-compressor refrigeration equipment, enabling precise temperature control of -25℃ in a 40℃ environment; the body adopts galvanizing + special coating technology, with a corrosion resistance grade of C5-M, adapting to tropical marine climates.   The technical route continues to iterate: pure electric light trucks will dominate in the short term, battery swap and hydrogen fuel cell heavy trucks will gradually be implemented in the medium term, and the integration of intelligent temperature control, AI monitoring, and blockchain traceability will be realized in the long term to fully meet the diverse logistics needs of the region.   5. Market Outlook: Reaching 12 Billion USD by 2030, China to Dominate   It is estimated that from 2026 to 2030, the Southeast Asian new energy refrigerated truck market will maintain a 21% CAGR, with the market size exceeding 12 billion USD by 2030. The electrification rate of light-duty models will reach 65%, and medium-duty models will reach 40%. Chinese brands will increase their market share to 55%-60%, becoming the absolute leading force in the green transformation of the regional cold chain.   6. Cooperation Initiative   Based on the RCEP development opportunities, we sincerely invite distributors, logistics enterprises, and industry partners in Southeast Asia to establish in-depth cooperation. Relying on a complete product matrix, heat zone customization technology capabilities, and a global service network, we will jointly build a green cold chain ecosystem covering Southeast Asia, achieving mutual benefit and win-win results, and collaborative development.   English CTA (Call to Action)   Visit our official website immediately to download the 2026 Southeast Asia New Energy Refrigerated Truck Investment White Paper, gaining access to policy interpretations, tariff details, and customized vehicle solutions for Thailand, Vietnam, and Indonesia. Join hands with Chinese manufacturing to explore the new blue ocean of the Southeast Asian cold chain

On April 1st, 2026, the sky over Tehran remained overcast.  It has been thirty-three days since that raid codenamed "Epic Fury". For Li Xin, a specialized auto export trader in Shanghai, these over a month felt like ten years.  Originally, we had a batch of oil tanker business with the Saudi clients. But now we have no idea when this will be completed. It might be years from now.  This is the long-lasting reflection of the 2026 winter in the Middle East's war on China's specialized vehicle industry.  01 65% high growth! The Middle East remains the second-largest export region.  If it weren't for this war, very few people would take the time to closely examine that narrow stretch of water on the map - the Strait of Hormuz.  The narrowest part is only 40 kilometers wide, yet it is the "Y-shaped" artery for global maritime oil trade.  For the export of special vehicles from China, this waterway is not only the lifeline for oil tankers, but also the necessary route for vehicles rolling westward.  According to the statistics from the Wuhan Testing Center of China Automotive Technology and Research Center, the total annual export volume of China's special vehicles reached 62,356 units in 2025, representing a year-on-year growth of 20% compared to 2024. It led the growth rate in the global commercial vehicle export market.    From the perspective of export volume, in 2025, China's export of special vehicles to the Middle East reached 11,473 units, accounting for nearly 18% of the global total export volume. The year-on-year growth rate was as high as 65%, far exceeding the global average growth rate, making it one of the regions with the fastest growth rate of special vehicle exports from China.  In terms of sales volume, the Middle East market has achieved a qualitative leap. The export sales in 2025 exceeded 1.04 billion US dollars, a significant increase from 690 million US dollars in 2024, accounting for 23% of the total sales volume across all regions globally.  It should be noted that the export data related to the Middle East mentioned in this article covers 15 countries, namely Saudi Arabia, the United Arab Emirates, Oman, Iraq, Egypt, Kuwait, Qatar, Turkey, Jordan, Lebanon, Syria, Iran, Bahrain, Israel, and Yemen.  02   Saudi Arabia leads the way, with a year-on-year increase of 64%  In this Middle East conflict, Saudi Arabia, which was significantly affected, is the absolute core market for Chinese special vehicles in the Middle East.  In 2025, the export volume of China's special vehicles to Saudi Arabia reached 5,138 units, accounting for 45% of the total sales in the Middle East, and increasing by 64% compared to the previous year.  The United Arab Emirates is the second-largest market in the Middle East. In 2025, its export volume was 4,443 units, accounting for 39%, with a year-on-year growth of 81%. Its sales volume remained second place.  It is worth noting that Saudi Arabia and the United Arab Emirates are the only two markets in the Middle East that have annual sales exceeding 1,000 units. Together, they account for nearly 84% of the Middle East's export volume, forming the fundamental base for Chinese special vehicles in the region.  Meanwhile, Egypt and Lebanon demonstrate strong potential for development. In 2025, Egypt's export volume increased from 92 units to 228 units, representing a year-on-year growth of 148%; Lebanon's export volume rose from 7 units to 50 units, representing a year-on-year growth of 614%.  Against the backdrop of overall growth, the markets of Iran and Israel have fallen into a significant predicament.  In 2025, Iran's export volume will be 28 units, a 52% decrease compared to 2024. It is the country in the Middle East with the largest decline in sales and the greatest reduction in output.  In 2025, Israel's export volume of vehicles will be only 12 units, ranking second to last in the Middle East market.    03   Engineering vehicles top the list, with three major models driving the market in the Middle East.  With the rapid growth of the new future cities in Saudi Arabia and the transformation of the logistics hub in the United Arab Emirates, the deserts, construction sites and crisscrossing oil pipelines here require a large number of high-temperature-resistant, sand-proof concrete mixers, truck cranes, heavy flatbed trucks, dump trucks and semi-trailers for oil tanks.  The Middle East was once the most sought-after goldmine for China's special vehicles.  Among them, the crane truck, the mobile concrete mixer truck, and the concrete pump truck have become the main models with the highest sales volume in the export to the Middle East market.  The crane vehicle, with 4,886 units exported, became the best-selling item, representing a 54% increase from 3,167 units in 2024.  The total number of mobile concrete mixer trucks increased from 2,049 units to 4,530 units, representing a year-on-year growth of 121%. It was the fastest-growing model among the top three selling vehicles.  Meanwhile, the number of concrete pump trucks increased from 594 units to 1,030 units, representing a year-on-year growth of 73%. The three major engineering vehicle models jointly fueled the construction boom in the Middle East.  Overall, from 2024 to 2025, China's special vehicles maintained a strong growth momentum in the Middle East market. Key markets such as Saudi Arabia and the United Arab Emirates continued to perform steadily, and engineering-type vehicles remained the most popular main products.  However, with the escalation of tensions in the Middle East in 2026, the obstruction of shipping routes, and a significant increase in freight costs, our country's exports to Iran and the Gulf region may face considerable pressure in the short term.  Under the surface of the upsurge, there are already underlying currents.

Global Food Truck Market Outlook & Development Trends 2026–2032   The global food truck industry has evolved from basic street vending into a professional, scalable, and tech-integrated segment of the foodservice economy. Driven by urbanization, lower startup costs, changing consumer habits, and digital transformation, mobile food trucks continue to gain popularity across North America, Europe, Asia-Pacific, Latin America, and the Middle East.   Global Market Size & Growth Forecast   According to multiple industry reports, the global food truck market is projected to maintain strong growth through 2032. Market valuations vary by research firm, with key estimates including:   • The market is expected to expand at a CAGR of 6%–7.1% from 2026 to 2032 .   • North America remains the largest regional market, accounting for around 40% of global share .   • Asia-Pacific is the fastest-growing region, supported by rising disposable income, street food culture, and urban expansion .   Food trucks benefit from lower capital requirements compared to traditional restaurants, flexible location strategies, and the ability to serve high-traffic areas such as business districts, universities, festivals, concerts, and food truck parks .   Key Development Trends Shaping the Industry   1. Electric & Sustainable Food Trucks   Environmental regulations and fuel cost pressures are accelerating the shift toward electric, hybrid, and zero-emission food trucks . Many operators are adopting solar panels, energy-efficient appliances, and eco-friendly packaging to meet consumer demand for sustainable dining options.   2. Digital Transformation & Smart Operations   Technology is reshaping how food trucks operate:   • Mobile ordering, contactless payments, and real-time location tracking via social media and apps .   • AI-powered menu analytics, dynamic pricing, and inventory management .   • Integrated POS systems and cloud-based operations to improve efficiency .   3. Gourmet & Fusion Street Food   Consumers increasingly seek unique, high-quality, and globally inspired meals from food trucks. Popular trends include fusion cuisines, plant-based options, keto-friendly meals, gluten-free choices, and chef-driven gourmet street food . Menu flexibility allows operators to adapt quickly to seasonal trends and local preferences.   4. Event Catering & Food Truck Parks   Food trucks are becoming essential partners for corporate events, weddings, festivals, and community gatherings . Dedicated food truck parks provide stable locations, shared customer traffic, and reduced operational risks for mobile vendors .   5. Social Media & Content-Driven Marketing   Short-video platforms such as TikTok, Instagram Reels, and YouTube Shorts have become powerful tools for food truck branding . Visual content showcasing food preparation, daily locations, and special offers drives foot traffic and customer loyalty.   Market Challenges   Despite strong growth, the industry faces consistent challenges, including:   • Strict local permits, parking restrictions, and zoning regulations .   • Weather dependency affecting daily sales .   • Competition from delivery apps and quick-service restaurants.   Future Outlook   The global food truck market will continue expanding as cities adopt friendlier regulations, electric mobility becomes more affordable, and consumer demand for convenient, experiential dining remains strong . Emerging opportunities include franchise models, corporate catering contracts, cross-border food truck events, and automated or semi-automated mobile kitchens.   For entrepreneurs, investors, and foodservice businesses, the food truck sector represents a low-barrier, high-flexibility entry point into the global dining market with long-term growth potential.

Release Time: 16:17, January 20, 2026   Source: Suizhou Media Convergence Center   Editor: Chen Gang   Reviewer: Chen Gang   Starting from January 19, Suizhou was hit by the strongest low-temperature, rain, snow and freezing weather this winter.   Snowfall is an order; keeping roads open is a responsibility. On January 20, the Joint Rescue Team of Suizhou Emergency Equipment Enterprises sprang into action immediately. It quickly organized rescue teams from 10 enterprises including Chengli, Kaili and Huawei, along with 22 snow melting, de-icing and sweeping vehicles. The team was dispatched to key areas such as Jiefang Road, Handong Road and Shunjing Avenue in the main urban area, as well as Yingbin Avenue, Vocational College and High-Speed Railway Station in the new urban district. They made every effort to carry out snow removal, ice scraping and snow melting operations, building a solid safety line for people's travel with efficient actions, and demonstrating the responsibility and commitment of enterprises in the "Capital of China's Special-Purpose Vehicles".   At the operation site, snow plows led the way to break through obstacles and accurately clear thick snow on the road surface; snow rollers followed closely to collect residual snow; snow melting spreaders scientifically distributed snow melting agents to prevent road icing. Team members collaborated with clear division of labor, worked in shifts, and stuck to the frontline against wind and snow to ensure the smooth flow of key road sections, fully safeguarding the "lifeline" of urban operation.   The rapid response of the Joint Rescue Team of Suizhou Emergency Equipment Enterprises is a vivid epitome of the integrated development and strength of Suizhou's special-purpose vehicle emergency industry.   In recent years, Suizhou has focused on the integrated development of special-purpose vehicle and emergency industries. Taking the implementation of the "1335" transformation and development strategy as the starting point, it has strived to build an integrated industrial ecosystem covering production, R&D, application and testing. Three major platforms, namely the industrial internet, special-purpose vehicle supply chain, and digital transformation of small and medium-sized enterprises, have been completed and put into operation simultaneously, injecting strong momentum into the high-quality development of the industry.   Meanwhile, a number of high-level innovation platforms have been successively put into operation, including the National Special-Purpose Vehicle Quality Inspection Center, the National Fire Rescue Equipment R&D and Testing Base (Suizhou Branch), and Hubei Sui'an Emergency Research Institute. These platforms have boosted the industry to form a new development pattern driven by both electric and hydrogen energy.   At present, Suizhou ranks first in the national sales volume of 26 special-purpose vehicle single product categories, with the output value of special-purpose vehicle emergency industry exceeding 70 billion yuan. The "Wuhan-Xiangyang-Shiyan-Suizhou" automobile cluster has been rated as a national advanced manufacturing cluster, and Zengdu District has been awarded the National Safety Emergency Industry Demonstration Base.   During the 15th Five-Year Plan period, Suizhou will take the construction of a national transformation base for special-purpose vehicles and emergency industries as the traction, accelerate the construction of a modern industrial system reflecting Suizhou's advantages, take "specialization, refinement, differentiation and innovation" as the development path to build the country's largest comprehensive base for mobile emergency equipment, and focus on "intelligent transformation and digital upgrading" to promote the transformation, upgrading and digital empowerment of the special-purpose vehicle industry, continuously polishing the brand of "China's Special-Purpose Vehicle Capital".     Marketing Notes for International Clients   Proven Emergency Response Capacity: Our snow-clearing fleet’s rapid deployment and efficient operation prove Suizhou’s special-purpose vehicles are reliable for extreme weather missions. Diversified & Eco-Friendly Tech: We lead in both electric and hydrogen-powered special-purpose vehicles, meeting global low-carbon and emission standards. Top-Tier Industry Resources: Backed by national-level R&D, testing and supply chain platforms, we deliver customized solutions for global emergency & municipal needs.   For inquiries about Suizhou’s special-purpose vehicles (snow-clearing trucks, emergency rescue vehicles, etc.), contact us now!