Key Takeaways
- Zoomlion unveiled five hybrid‑power and electric‑drive innovations at its 7th Science and Technology Innovation Conference on June 16, 2026.
- Recognized achievements include a 300‑ton electric‑drive hybrid mining truck (world’s largest), ultra‑high‑horsepower hybrid tractor, distributed electric‑drive for mobile cranes, series‑hybrid/all‑electric combine‑harvester tech, and a patent portfolio for new‑energy high‑horsepower tractors.
- The company’s dedicated new‑energy technology platform supports electric‑drive architecture, core‑component development, and cross‑unit collaboration.
- Zoomlion now offers a broad new‑energy product lineup—battery‑electric, hybrid, and hydrogen fuel‑cell powertrains—plus battery‑swapping and plug‑in charging solutions, with nearly 60 new products launched in 2025 and 240 currently available.
- Hybrid control technology in agricultural equipment delivers ~30 % fuel savings for wheat harvesters and ~8 % for tractors; chassis‑by‑wire enables safe, scalable unmanned mining trucks via a three‑level braking system.
- Ou Biao, Director of the Vehicle Control Institute, emphasized that the awards validate engineering effort and motivate continued field‑testing and problem‑solving in demanding environments.
- Together, these advances underscore Zoomlion’s strategy to accelerate greener, more intelligent machinery across construction, mining, and agriculture.
Press Release Overview
On July 3, 2026, Zoomlion Heavy Industry Science & Technology Co., Ltd. issued a press release announcing the recognition of five technological achievements in hybrid power and electric drive at its 7th Science and Technology Innovation Conference held on June 16, 2026. The release, distributed via PRNewswire from Changsha, China, highlighted the company’s commitment to expanding new‑energy applications across its core business segments—construction machinery, agricultural machinery, and mining equipment. By publicizing these awards, Zoomlion sought to showcase its growing capabilities in developing environmentally friendly, intelligent equipment and to signal continued investment in sustainable technology.
Summary of Recognized Technological Achievements
The five honored innovations spanned a range of power‑train and control technologies. First, Zoomlion’s 300‑ton electric‑drive hybrid mining truck was noted as the largest model of its kind globally, demonstrating the firm’s ability to scale hybrid solutions for heavy‑duty mining. Second, an ultra‑high‑horsepower hybrid tractor was recognized for delivering robust performance while reducing reliance on conventional fuel. Third, electric‑drive and intelligent control technologies for large equipment were cited for improving operational precision and energy efficiency. Fourth, distributed electric‑drive technology was highlighted for mobile cranes, enabling modular power distribution and enhanced maneuverability. Fifth, series‑hybrid and all‑electric‑drive systems for combine harvesters were acknowledged for offering flexible power‑management options suited to varying field conditions. Finally, a comprehensive patent portfolio covering hybrid systems in new‑energy high‑horsepower tractors was recognized, underscoring Zoomlion’s intellectual‑property strength in this domain.
New‑Energy Technology Development Platform
Central to these achievements is Zoomlion’s dedicated new‑energy technology development platform. This platform provides a structured framework for designing electric‑drive system architectures, developing core components such as motors, controllers, and battery packs, and facilitating technical cooperation among the company’s various equipment business units. By integrating research, development, and testing under a unified platform, Zoomlion can accelerate the transfer of breakthroughs from the lab to field‑ready products. The platform also supports in‑house development of lithium‑battery and hydrogen fuel‑cell systems, ensuring control over critical supply‑chain elements and enabling rapid iteration based on real‑world performance data.
Broad New‑Energy Product Portfolio
Leveraging its development platform, Zoomlion has built an extensive new‑energy product portfolio that spans construction, mining, and agricultural machinery. The portfolio includes battery‑electric, hybrid, and hydrogen fuel‑cell powertrains, complemented by ancillary solutions such as battery‑swapping stations and plug‑in charging infrastructure. In 2025 alone, the company introduced nearly 60 new‑energy products, and as of the press release it offers a total of 240 such products. This breadth reflects Zoomlion’s capability to deliver complete equipment solutions—from the chassis and powertrain to auxiliary systems—while also providing standalone components like batteries, motors, controllers, and fuel‑cell stacks for integration by customers or partners.
Impact on Agricultural Machinery
Among the recognized achievements, new‑energy agricultural machinery serves as a concrete illustration of Zoomlion’s progress. The company’s hybrid control technology has been widely deployed in new‑energy tractors and wheat harvesters, leading to measurable fuel‑savings benefits. Specifically, Zoomlion’s hybrid wheat harvester achieves roughly a 30 % reduction in fuel consumption compared with conventional models, while its hybrid tractor delivers an approximate 8 % saving. These efficiencies stem from optimized energy management that intelligently balances engine output, electric assist, and regenerative braking. In addition, chassis‑by‑wire technology—originally developed for mining applications—has been adapted to agricultural equipment, providing precise steer‑by‑wire and brake‑by‑wire functions that enhance operator comfort and reduce mechanical wear.
Chassis‑by‑Wire and Unmanned Mining Trucks
Zoomlion’s chassis‑by‑wire system also plays a pivotal role in its unmanned mining trucks. The technology replaces traditional mechanical linkages with electronic signals, allowing for more responsive and accurate control of steering, braking, and throttle functions. For unmanned operation, a three‑level braking architecture has been implemented: retarder braking provides primary deceleration, electric braking offers rapid torque‑based slowing, and mechanical braking serves as a fail‑safe backup. This layered approach ensures safe and reliable stopping power even under the harsh, variable conditions typical of mining sites. By enabling scalable deployment of autonomous trucks, the system supports higher productivity, reduced labor exposure, and lower emissions through optimized drive‑cycle management.
Leadership Perspective
Ou Biao, Director of the Vehicle Control Institute at Zoomlion New Energy Technology Company, commented on the recognition, stating that the awards serve both as validation of the engineers’ hard work and as encouragement to persist in the face of technical challenges. He emphasized that developing new‑energy products demands rigorous field testing across diverse environments—including mines, farmland, and construction sites—to ensure reliability and performance. The honors, according to Ou Biao, motivate the team to remain closely aligned with customer needs while continuing to push through difficult engineering hurdles. This perspective highlights Zoomlion’s focus on practical, customer‑driven innovation rather than purely theoretical advances.
Strategic Implications for Core Sectors
The suite of recognized technologies underscores Zoomlion’s broader strategy to accelerate the adoption of greener, more intelligent machinery across its three primary markets. In construction, hybrid and electric drive systems can lower operating costs and meet tightening emissions regulations on urban job sites. In mining, large‑scale hybrid trucks and autonomous, chassis‑by‑wire vehicles promise to increase haulage efficiency while reducing diesel consumption and improving safety. In agriculture, hybrid tractors and harvesters offer farmers tangible fuel savings and reduced environmental impact without sacrificing power or productivity. By offering a full spectrum of powertrain options—battery‑electric, hybrid, and hydrogen fuel‑cell—along with supporting infrastructure such as battery swapping and plug‑in charging, Zoomlion positions itself as a one‑stop provider for customers seeking to transition to sustainable equipment.
Conclusion
Zoomlion’s 7th Science and Technology Innovation Conference highlighted five significant hybrid‑power and electric‑drive achievements that collectively demonstrate the company’s advancing new‑energy capabilities. From the world‑largest 300‑ton electric‑drive hybrid mining truck to fuel‑saving hybrid agricultural equipment and intelligent chassis‑by‑wire systems for unmanned trucks, the innovations span multiple domains and reflect a holistic approach to sustainable technology development. Backed by a dedicated development platform, an expanding product portfolio, and a focus on real‑world validation, Zoomlion is poised to continue driving the shift toward cleaner, smarter machinery in construction, mining, and agriculture. The recognition awarded at the conference not only celebrates past progress but also reinforces the company’s commitment to overcoming technical challenges and meeting evolving customer needs in the era of new‑energy solutions.