Recently, Farizon X7M alcohol-hydrogen electric dump trucks were successfully delivered to Hangzhou large customers in batch. As the main force of urban construction transportation, the delivered hydrogen-alcohol electric dump trucks will promote the green transformation of the customer's enterprise by virtue of the green license, high efficiency and reliability, and worry-free range, accelerate the promotion of green construction in the city, and help to create a blue sky and white clouds in the city.

　　Alcohol-hydrogen electric technology meets the needs of users in multiple scenarios.

　　 In recent years, Hangzhou has been deeply implementing the decision and deployment of the national dual-carbon strategy, actively promoting the construction of peak carbon pilot cities, and focusing on creating a national benchmark area for peak carbon digital intelligence, a model area for scientific and technological leadership, and a demonstration area for institutional innovation. The National Carbon Peak Pilot (Hangzhou) Implementation Plan released in May this year puts forward the need to comprehensively promote new energy transportation, promote the transformation of urban heavy-duty trucks, concrete mixer trucks and other electrification; accelerate the application of heavy-duty trucks, engineering vehicles, special vehicles, cold-chain logistics vehicles hydrogen fuel cell vehicles and other requirements. The promotion and application of new energy heavy trucks is once again placed in an important position.

　　 Under the deep empowerment of Farizon new energy commercial vehicles, HANMAR Technology has determined the technical development route of "Intelligent Electric + Alcohol-Hydrogen Ecology". At present, the company has launched a wealth of alcohol-hydrogen heavy-duty truck products, and its technical maturity and scale of delivery are at the international leading level. On this basis, Farizon Full Stack has self-researched the alcohol-hydrogen electric power chain. Alcohol-hydrogen electric is the upgraded development of electrification, and is the optimal solution for the technical route of the new generation of electric vehicles. Alcohol-hydrogen electric heavy-duty trucks can realize coverage in the whole scenario of dry logistics, engineering vehicles, short-distance transportation, urban distribution, city buses and so on to meet the diversified needs of users. Among them, the Farizon X7 hydrogen electric heavy-duty truck adopts a lightweight design, which can load more and consume less energy, bringing users a surplus transportation experience of pulling more and earning more.

　　High efficiency and economic long range to create a worry-free operating experience

　　 Farizon X7M alcohol-hydrogen electric dump truck takes methanol, a "super fuel", as its power source, and with the support of alcohol-hydrogen electric technology, it takes only 5 minutes to replenish energy, with a range of up to 600km. in terms of reliability, the vehicle adopts an integrated design, with a stable and reliable structure, strong load-bearing capacity, a water-wading capacity of more than 1.3 meters on the road surface, and a climbing degree of more than 43%, which can guarantee the safety of users' use of the vehicle and at the same time, meet the needs of users' efficient commuting. The core components are all self-researched Farizonly. The core components are all self-researched Farizonly, and have undergone bench and full-scenario road tests to achieve "50,000 kilometers with zero failure". In terms of economic performance, which is the most important to users, the cost of single kilometer energy consumption of Farizon X7M hydrogen-alcohol electric dump truck is 30% lower than that of electricity-exchange heavy truck, which can easily save nearly 30,000 RMB a year. In addition, in order to maximize the benefits to customers, the company also creatively launched the methanol price guarantee policy to ensure that the more customers run the more they earn.

　　 In terms of safety and intelligence, the performance of Farizon X7M Alcohol-Hydrogen Electric Dump Truck is equally satisfactory. The whole vehicle adopts integrated design, with stronger chassis top loading capacity and lateral tilt stability. In addition to reliable passive safety, the whole vehicle also has the industry's optimal 4500mm front lower field of vision, together with 8-way camera, right blind zone warning and lift alarm, creating a driving experience without blind zone for drivers. In terms of intelligent configuration, the vehicle is connected to the GKUI ecosystem, which supports 600 kinds of intelligent voice interaction languages, and is also equipped with automatic headlights, optional dual 12.3-inch large screen, EPB, one-key start, wireless charging and other functions, which significantly improves the driver's driving experience.

　　 After the delivery of alcohol-hydrogen electric heavy-duty trucks, the company will gradually build a complementary energy replenishment network for customers and provide a high-quality service system that can cover the entire life cycle of heavy-duty trucks, so that the three elements of "vehicles, refueling, and service" constitute a closed-loop ecology. Thanks to more choices of green methanol replenishment methods, less investment in refilling stations, faster station construction, station construction costs of only 10% of charging stations and 3% of power stations, etc., the company can truly realize the "station with the vehicle" for customers, and maximize the convenience of customers' use of vehicles in the local area.

　　 Recently, the Farizon hydrogen electric heavy trucks have been delivered to Xi'an, Wuxi, Hangzhou and other places in batches, setting up a benchmark case for the green transformation of local enterprises and energy saving and emission reduction in the industry. In the future, the company will join hands with more partners to build a perfect green transportation ecosystem, provide more reliable products and services for users in all scenarios, and contribute to zero-carbon land transportation and sustainable development.