#China #Suzhou #XCMG #Alternative Energy #Hanjing

Introduction

On September 20, 2026, XCMG, a leading global manufacturer of construction machinery, announced the launch of its latest innovation: the Hanjing, a next-generation heavy truck designed to utilize alternative energy sources. Targeted at long-distance and inter-regional freight transport, this groundbreaking vehicle addresses significant challenges faced by logistics operators, including range, charging speed, operational efficiency, and overall lifecycle management.

Development Journey

The development of the Hanjing began in 2023, with XCMG representatives visiting key logistics hubs and collaborating with major transportation companies. Their aim was to pinpoint the requirements for range, charging capabilities, efficiency, and reliability crucial to the logistics sector. After this informative phase, XCMG engineers honed their focus on electric power, centralized temperature control, torque distribution, and regenerative braking to optimize the truck for real-world long-haul transportation.

Key Features

The Hanjing stands out with its aerodynamically designed cabin, patented integrated electric drive axle, and smart controls engineered to minimize energy consumption. Its cutting-edge 800-volt architecture facilitates megawatt-level rapid charging, allowing the battery to recharge from 20% to 80% in under 20 minutes. The truck’s body, crafted from heat-pressed steel with a strength rating of 1,500 MPa, incorporates various battery thermal protection systems to enhance both vehicle and battery safety. Additionally, the centralized domain control unit, highway driving assistant with navigation support, and digital cockpit significantly aid drivers during long-distance trips.

Rigorous Testing

Before its market release, the Hanjing underwent extensive testing in extreme conditions—ranging from scorching heat to frigid cold, high altitudes, water fording, and crash tests. It also completed a grueling 24-hour endurance test on the Yancheng test track, logging 2,198 kilometers with a total vehicle weight of 49 tons, thereby demonstrating its performance under challenging long-haul operational conditions.

Comprehensive Service Solutions

XCMG complements the Hanjing with robust charging infrastructure, connected fleet management, and lifecycle services, offering operators a holistic approach to vehicle management, charging, and daily operations. Its connected vehicle platform enables fleet operators to monitor vehicle status and energy consumption while effectively planning vehicle selection and charging along their routes.

Market Impact

From January to July 2026, XCMG ranked first in China for sales of heavy trucks and tractors powered by alternative energy sources, achieving the top position in this sector for three consecutive years. XCMG-branded heavy trucks have also gained traction in international markets, including Indonesia, Thailand, Guinea, and various African nations. A notable Indonesian mining industry client recently placed an order for an additional 100 vehicles, following an earlier purchase of over 150 alternative-energy-powered 8×4 dump trucks equipped with 600 kWh batteries.

Upcoming Innovations

Prior to its official market introduction, XCMG showcased its new utility vehicles powered by alternative energy sources at the IAA Transportation event in Hanover, Germany, highlighting innovative transport solutions for construction and logistics applications. The company pledges to continuously adapt its products to local regulatory frameworks, road conditions, and operating practices, broadening the use of heavy alternative energy trucks beyond fixed routes to encompass a broader spectrum of applications in long-distance transport.

Conclusion

The Hanjing heavy truck represents a significant step forward in the logistics industry, offering sustainable and efficient delivery solutions powered by renewable energy. With its state-of-the-art technology and comprehensive support systems, XCMG is positioned to lead the charge towards a more green and efficient future in freight transportation.