Zoomlion Expands Hybrid and Electric Drive Technologies Across Equipment Range

Zoomlion's Technological Advancements in Hybrid and Electric Drive

On June 16, 2026, during the 7th Conference on Scientific and Technological Innovation, Zoomlion Heavy Industry Science & Technology Co., Ltd. showcased five significant advancements in hybrid and electric drive technology. This demonstration underpins Zoomlion's dedication to promoting new energy technologies across sectors such as construction, agriculture, and mining machinery.

Among the key innovations presented is Zoomlion's 300-ton electric-drive hybrid mining truck, recognized as the largest of its kind globally. The lineup also includes a high-power hybrid tractor, electric and intelligent control technologies for large equipment, distributed electric drive technology for mobile cranes, and a fully electric and series hybrid technology for combine harvesters. Furthermore, Zoomlion holds a robust portfolio of patents focused on hybrid systems for high-power tractors operable on new energy. This collective advancement highlights Zoomlion's comprehensive capabilities in developing environmentally friendly and intelligent equipment across its operational segments.

Zoomlion has established a dedicated platform to develop technologies related to new energy, serving as a cornerstone of this initiative. This platform supports the company through electric drive system architecture, customized key component development, and technical collaboration with equipment divisions. As of 2025, Zoomlion had developed an extensive new energy product range spanning sectors such as construction, mining, and agricultural machinery. This includes battery-powered, hybrid, and hydrogen fuel cell propulsion systems, along with battery replacement and charging solutions. Currently, the company offers approximately 240 new energy products, making its competencies expansive, covering integrated equipment solutions, batteries, motors, control systems, and fuel cell systems. This comprehensive approach is bolstered through in-house development and testing activities for lithium batteries and hydrogen fuel cells.

A prime example of these technological advancements is in the realm of agricultural machinery powered by new energy. Zoomlion's hybrid control technology has been effectively implemented in new energy tractors and combine harvesters, contributing to an approximate 30% reduction in fuel consumption via enhanced energy management. Their hybrid combine harvester has demonstrated this significant fuel efficiency, while the hybrid tractor has achieved about an 8% reduction. Moreover, ‘chassis-by-wire’ technology has been integrated into Zoomlion's autonomous mining trucks. This system enables large-scale deployment and safe braking in challenging working conditions, utilizing a three-level braking architecture that combines retarder braking, electric braking, and mechanical braking.

Ou Biao, director of the Vehicle Control Institute at Zoomlion New Energy Technology Company, remarked, "This recognition not only acknowledges the hard work of our engineers but also motivates us to continue our efforts. Developing new energy-related products requires extensive field testing in mines, farms, and other demanding operational environments. Such recognitions encourage us to remain attuned to our clients' needs and continue addressing complex technical challenges."

Zoomlion is committed to advancing equipment powered by new energy and connecting its engineers with clients worldwide to better understand local needs. As industries worldwide increasingly focus on sustainability and reducing carbon footprints, Zoomlion’s comprehensive approach to hybrid and electric technologies positions it at the forefront of transforming heavy industry and improving environmental outcomes on a global scale.

In conclusion, as Zoomlion accelerates the deployment of innovative hybrid and electric drive technologies, the company appears poised to lead the charge in building next-generation, eco-friendly machinery that aligns with global trends towards sustainability and efficiency.