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Zoomlion Accelerates Application of Hybrid and Electric-Drive Technologies Across Equipment Lines

Business

Zoomlion Accelerates Application of Hybrid and Electric-Drive Technologies Across Equipment Lines
Business

Business

Zoomlion Accelerates Application of Hybrid and Electric-Drive Technologies Across Equipment Lines

2026-07-03 18:27 Last Updated At:18:45

CHANGSHA, China, July 3, 2026 /PRNewswire/ -- Zoomlion Heavy Industry Science & Technology Co., Ltd. ("Zoomlion") recognized five technological achievements in hybrid power and electric drive at its 7th Science and Technology Innovation Conference on June 16, highlighting its push to accelerate the application of new-energy technologies across construction machinery, agricultural machinery, and mining equipment.

Among the recognized achievements were an ultra-high-horsepower hybrid tractor, electric-drive and intelligent control technologies for large equipment, distributed electric-drive technology for mobile cranes, series-hybrid, all-electric-drive technology for combine harvesters, and a patent portfolio covering hybrid systems in new-energy high-horsepower tractors. Together, they reflect Zoomlion's broader new-energy capabilities in developing greener, more intelligent equipment across business segments.

A key part of this effort is Zoomlion's dedicated new-energy technology development platform, which supports the group through electric-drive system architecture, customized development of core components, and technical collaboration with equipment business units. Zoomlion has built a new-energy product portfolio spanning construction, mining, and agricultural machinery, covering battery-electric, hybrid, and hydrogen fuel cell powertrains, as well as battery-swapping and plug-in charging solutions. The Company developed nearly 60 new-energy products in 2025 and currently offers 240 such products. Its capabilities span complete equipment solutions, batteries, motors, controls, and fuel cell systems, supported by in-house lithium battery and hydrogen fuel cell development and testing.

Among the recognized achievements, new-energy agricultural machinery provides a representative example. Zoomlion's hybrid control technology has already been widely applied in new-energy tractors and wheat harvesters, helping to reduce fuel consumption through more efficient energy management. Zoomlion's hybrid wheat harvester has delivered approximately 30% fuel savings, while its hybrid tractor has achieved around 8%. Chassis-by-wire technology has also been deployed in Zoomlion's unmanned mining trucks, supporting deployment at scale and safe braking under demanding site conditions through a three-level braking architecture combining retarder braking, electric braking, and mechanical braking.

Ou Biao, Director of the Vehicle Control Institute at Zoomlion New Energy Technology Company, said: "For our team, this recognition is both a validation of the engineers' work and an encouragement to keep going. Developing new-energy products requires repeated field testing in mines, farmland, and other demanding operating environments. These honors motivate us to stay close to customer needs and keep pushing through difficult technical challenges."

Zoomlion is committed to continuing the development of new-energy equipment and bringing its engineers closer to customers worldwide to better understand local needs.

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Zoomlion Accelerates Application of Hybrid and Electric-Drive Technologies Across Equipment Lines

Zoomlion Accelerates Application of Hybrid and Electric-Drive Technologies Across Equipment Lines

ABU DHABI, UAE, July 3, 2026 /PRNewswire/ -- The Department of Health – Abu Dhabi (DoH), the regulator of the healthcare sector in the emirate, and the MIT – Koch Institute for Integrative Cancer Research have announced a strategic collaboration to advance AI-enabled oncology research, translational science and bioconvergence innovation. Leveraging Abu Dhabi's intelligent life science ecosystem, the partnership will connect world-class research expertise with the infrastructure, talent and capabilities required to accelerate the translation of scientific discovery into real-world impact.

Aligned with UAE's National Cancer Strategy and MIT's research excellence, the partnership aims to advance breakthrough cancer research with an emphasis on addressing climate-health and population-specific oncology challenges. This will be achieved through the development and implementation of large-scale, multi-institutional clinical trials and translational research studies, participation in MIT's Bioconvergence Cancer Alliance and establishment of shared research databases and biobanks enabling population-specific cancer research.

H.E. Dr. Noura Khamis Al Ghaithi, Undersecretary of the DoH, said: "We define innovation by the impact it creates at a population-level. Our partnership with the MIT Koch Institute is built on this principle and focuses on building an all-encompassing sustainable ecosystem that empowers knowledge sharing, scientific discovery and applied innovation. Together, we will advance new approaches to cancer research, talent development and bioconvergence innovation while creating new opportunities to build, test and scale solutions that can benefit patients in Abu Dhabi and around the world."

Matthew Vander Heiden, MD, PhD, Director, MIT's Koch Institute for Integrative Cancer Research at MIT notes: We believe addressing complex health challenges requires collaboration across disciplines, sectors, and geographies and are delighted to welcome our new collaborators in Abu Dhabi to the Alliance. We look forward to connecting MIT's research community with Abu Dhabi's growing healthcare innovation ecosystem, to exploring together new opportunities in oncology, AI and precision medicine, and ultimately to improving patient outcomes.

Beyond research, the collaboration will focus on building the next generation of talent and innovation at the intersection of AI and oncology. Through physician-scientist fellowships, bilateral exchange programmes and joint learning opportunities, DoH and MIT will equip healthcare professionals with advanced capabilities in clinical oncology, artificial intelligence and computational biology. The partnership will also establish a bioconvergence incubator to support the growth of high-potential startups, connecting innovators with mentorship, expertise and investment to accelerate the translation of scientific discoveries into real-world health solutions.

 

** This press release is distributed by PR Newswire through automated distribution system, for which the client assumes full responsibility. **

DoH and MIT- Koch Institute Partner to Advance AI-Driven Cancer Research

DoH and MIT- Koch Institute Partner to Advance AI-Driven Cancer Research

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