Core Advantages

Ample power reserve with 350 kW high power and 1900 N·m high torque, supporting heavy‑load harvesting and maintaining stable speed when operating on complex plots.

The range‑extender engine adjusts speed on demand, delivering lower overall fuel consumption compared with traditional mechanical‑drive models.

Independent electric drive for cotton picker heads enables precise localization of fault points and reduces downtime for troubleshooting.

Pure‑electric maintenance mode ensures safer and more comfortable operation and maintenance.

Vehicle‑wide energy recovery further cuts operating costs.

Product Overview

The high‑power range‑extender cotton picker adopts a range‑extended hybrid architecture. Its engine is dedicated to power generation and does not directly drive travel and working mechanisms. Combined with a full‑domain electronic intelligent control drive solution, it delivers powerful operating performance, excellent fuel economy and intelligent operation & maintenance capabilities, making it suitable for large‑area and high‑intensity cotton‑harvesting operations.

Range‑Extended Hybrid Power System

The complete machine features a range‑extended hybrid configuration. The engine serves solely as a power‑generation unit, and all power output is realized by electric motors. The engine speed automatically adjusts according to field operating loads and outputs power on demand. This avoids fuel waste caused by the constant high‑speed operation of conventional models and delivers outstanding fuel‑saving performance. Under equipment maintenance and commissioning conditions, the pure‑electric mode can be activated to stop the engine, eliminating exhaust gas and noise interference and facilitating safe inspection and troubleshooting for operators.

Intelligent Energy‑Saving Drive System

All key mechanisms of the machine are electronically controlled for fast signal transmission, ultra‑quick power response and precise, reliable motion control. Each cotton‑picking head is equipped with an independent electric drive unit, which can collect real‑time working loads of individual picking heads. It monitors and gives early warnings for anomalies such as stalling, jamming and overload, reducing the risk of component damage. The vehicle is equipped with an energy recovery system that recycles and reuses energy during deceleration and load reduction. It achieves dual‑direction energy saving through operational power output and energy regeneration, further cutting fuel consumption in field operations.