On October 26, 2026, the China International Agricultural Machinery Exhibition 2026 opened in Tianjin. During the exhibition, LOVOL officially unveiled its new ECVT tractor series, showcasing the latest developments in hybrid powertrain technology, intelligent control, and efficient agricultural operations.
Developed in China, this series of ECVT tractors combines hybrid technology with modern agricultural machinery. It is designed to help farmers improve operational efficiency, optimize fuel economy, and benefit from smarter, more comfortable mechanization solutions for a wide range of agricultural applications.
Intelligent Control for Easier Field Operations
The LOVOL ECVT series features an advanced intelligent control system that integrates electronically controlled chassis systems, headland management, automatic route planning, one-touch implement lifting and turning, and automatic parking on slopes. These driver-assistance functions help simplify operation, reduce repetitive tasks, and allow operators to focus more on the work at hand.
For operations requiring long hours behind the wheel, such as seeding and tillage, the series features a three-stage vibration-damping structure comprising a suspended front axle, a suspended cab, and a suspended seat. This design helps reduce shocks and vibrations when working on uneven terrain. Combined with an intelligent armrest, an integrated control console, and an infotainment system, it further enhances operator comfort and ease of use.
Hybrid Power and Stepless Transmission: Balancing Efficiency and Economy
Fuel costs and operational efficiency directly affect farm profitability. The LOVOL ECVT series uses a power-split hybrid system that intelligently coordinates the engine and electric drive, allowing the engine to operate more frequently within its efficient operating range.
The ECVT continuously variable transmission supports stepless speed adjustment from 0 to 40 km/h. This enables power delivery to be adapted to different operating requirements, providing smooth performance under varying load conditions.
Compared with conventional models, the series can improve operating efficiency by more than 30% and reduce fuel consumption by more than 20%. Actual results may vary depending on implement configuration, soil conditions, operating methods, and driver practices.
Power and Reliability for Diverse Field Applications
The LOVOL ECVT series is powered by Weichai engines and equipped with a high-reliability ECVT transmission system developed in-house. To meet the operating demands of the hybrid powertrain, the tractors also feature a zoned temperature-control design intended to support system stability under different working conditions.
The high-flow, load-sensing variable-displacement hydraulic system provides the hydraulic capacity required by heavy implements. The tractors can be matched with advanced seeders, hydraulically reversible ploughs, and large land levellers, making them suitable for demanding applications such as ploughing, deep loosening, and land levelling.
To validate overall performance, the LOVOL ECVT series completed 2,000 hours of bench testing and field trials covering 200,000 mu. The trials included ploughing, deep loosening, and land preparation, providing a testing basis for evaluating product reliability and performance under practical working conditions.
Driving European Agriculture Forward Through Innovation
As agricultural mechanization, intelligent technologies, and sustainable farming continue to advance, farmers expect more from tractors than engine power and pulling capacity alone. Overall productivity, operating costs, operator comfort, and long-term value are becoming increasingly important considerations.
The new LOVOL ECVT series reflects the brand’s commitment to innovation for the future of agriculture. We look forward to bringing these tractors, combining efficient power delivery, intelligent technology, and enhanced operator comfort, to the European market soon—offering European farms more efficient and intelligent mechanization solutions.