Liugong unmanned electric equipment project landing multi machine collaborative operation enters real-world application
In 2026, the LiuGong unmanned electric loader multi machine collaborative operation scheme will be put into practical use in domestic railway infrastructure projects. Multiple electric loaders will complete autonomous loading, transportation, avoidance and other operation processes according to scheduling instructions, achieving normalized cluster construction operation.
This system relies on a collaborative scheduling architecture between cloud and vehicle terminals to complete device path planning, task allocation, obstacle recognition, and reduce on-site operator intervention. The equipment adopts electric power form, with low noise and emissions during operation, suitable for closed construction sites, station transportation and other scenarios. Before the project is implemented, the team completes multiple rounds of working condition testing, adjusts equipment response logic, and responds to complex real-world conditions such as personnel and vehicle cross operations on the construction site.
At the overseas business level, Liugong will obtain large orders for electric engineering machinery in Southeast Asia in 2026, and electric equipment will enter local heavy industry projects in bulk, representing the further opening up of domestic electric engineering machinery in the Southeast Asian market. During the process of exporting products, the company synchronously sorted out charging accessories, battery maintenance, and spare parts supply solutions to address the concerns of overseas customers regarding the use of new energy equipment.
The current intelligent and unmanned construction machinery is no longer limited to laboratory testing, gradually moving towards real engineering projects. However, unmanned cluster devices still face practical problems such as high cost of scene adaptation, constraints on on-site communication conditions, and the construction of later operation and maintenance systems. Liugong will continue to collect project site operation data, iterate scheduling algorithms and machine hardware, expand more application scenarios such as mines, ports, and large-scale infrastructure, and promote the further implementation of unmanned engineering equipment.
