2.8kW High-Power Heavy-Duty Hydraulic Power Unit

This 2.8 kW hydraulic power unit is equipped with a high-efficiency permanent magnet synchronous brushless motor and a world-first kinetic energy recovery system, delivering more powerful output and superior energy efficiency. It is fully optimized for the high-frequency, heavy-load lifting and steering operations typical of indoor vehicles, effectively balancing high operational efficiency with the need for extended runtime.
Key Advantages
1. Upgraded kinetic energy recovery for significantly superior energy efficiency. The combination of a permanent magnet synchronous brushless motor and a kinetic energy recovery system delivers exceptional overall energy savings, increasing operational output per kilowatt-hour (kWh) by over 40% compared to similar products. This substantially reduces the vehicle’s energy consumption, significantly extends continuous operating time with the same battery charge, and offers a more pronounced cost advantage in heavy-load operating conditions.
2. High Power for High-Performance Operations, Dramatically Improved Overall Efficiency. With a 2800W high-power output and a 6.9 L/min high flow rate, the truck offers ample power reserves, boosting combined lifting and travel efficiency by approximately 20% compared to similar products. It efficiently adapts to high-frequency, high-intensity, heavy-load loading and unloading in warehouses, enabling faster cycle times and a comprehensive upgrade in cargo handling efficiency.
3. Smooth and precise control for an optimized operating experience. The adoption of stepless speed regulation (replacing proportional valves) ensures jerk-free and inertia-free lifting and lowering, with precise and stable fork positioning. This design also further reduces hardware costs, balancing operational fluidity with cost-effectiveness to meet the demands of high-precision forklift operations.
4. Long-lasting, safe, and durable, with lower maintenance costs. Kinetic energy recovery reduces hydraulic oil temperature, ensuring more stable and safer operation during prolonged, continuous heavy-load use. An intelligent controller replaces traditional DC contactors and features built-in motor overheat protection, significantly reducing failure rates. Brushless motors have no vulnerable wear parts, extending the lifespan of core components and simplifying daily maintenance.