SANY Debuts World’s First Intelligent Hybrid Pump Truck

Hybrid drivetrain and extended range system enable long-duration pumping operations while reducing fuel consumption and improving cost efficiency on construction sites.  www.sanyglobal.com Construction, infrastructure, and concrete pumping operations increasingly require equipment that balances high output with reduced emissions and operating costs. SANY introduced an intelligent hybrid pump truck at a recent product launch event in China, combining electric and conventional power systems to address range and efficiency limitations in heavy-duty construction machinery. The system integrates a smart drivetrain with a range-extended hybrid architecture, enabling continuous pumping performance while reducing dependency on fuel-only operation. Hybrid system addressing range and operational constraints Concrete pump trucks typically operate under high load and continuous duty cycles, making full electrification challenging due to range and charging constraints. The hybrid configuration combines electric drive with range extension, enabling extended operation without compromising performance. According to operational testing, the system achieves a maximum range of approximately 1,400.5 km and supports continuous pumping volumes exceeding 650 m³. The pump operates at pressures up to 20 MPa, supporting demanding construction applications such as high-rise building projects and large infrastructure works. Durability testing indicated sustained operation over extended periods, including continuous use over multiple weeks and high cumulative pumping volumes, demonstrating suitability for intensive jobsite conditions. Cost efficiency in variable workload scenarios Operating cost reductions vary depending on workload. For daily pumping volumes between 50 and 100 m³, cost savings range from 50% to 75%, while higher workloads of 100 to 200 m³ per day result in reductions between 30% and 50%. These savings are primarily attributed to optimized energy usage within the hybrid system, which reduces fuel consumption during lower load conditions while maintaining performance during peak demand. Electrified mixer truck with energy recovery and safety systems In addition to the hybrid pump truck, SANY introduced a 2026 electric mixer truck designed for energy-efficient concrete transport. The system incorporates an EBI braking system with energy recovery rates of up to 30%, contributing to improved overall energy efficiency. Safety features include automated fault detection through insulation monitoring, as well as advanced driver assistance systems such as lane departure warning, forward emergency braking (AEB), and right-turn emergency braking (REB). These systems are designed to reduce accident rates in construction environments where visibility and maneuverability are often limited. Compact equipment for constrained construction environments Two additional models—the 206 electric mixer truck and a 33-meter pump truck—target applications in confined or rural construction sites. These systems are designed to operate in areas with limited space, where maneuverability and compact design are critical. Such equipment is particularly relevant for urban infill projects, small-scale infrastructure development, and regional construction activities where large machinery may not be practical. Positioning within electrified construction equipment Electrification and hybridization are key trends in construction machinery, with manufacturers such as Volvo Construction Equipment and Caterpillar also developing electric and hybrid solutions for reduced emissions and improved efficiency. Key factors in this segment include operational range, energy consumption, system durability, and compatibility with existing construction workflows. Hybrid systems, such as the one introduced by SANY, address current limitations of fully electric equipment by extending operational range while maintaining performance. By combining hybrid powertrains with intelligent control systems, the new pump truck reflects ongoing efforts to adapt heavy construction equipment to lower-emission requirements without compromising productivity. Edited by Natania Lyngdoh, Induportals Editor — Adapted by AI. www.sanyglobal.com Powered by Induportals Media Publishing