Electric Battery Forklift

Power system innovation

This forklift breaks through the traditional mechanical transmission mode, integrating permanent magnet synchronous power assembly and multi-stage transmission mechanism to form a composite power output program. The design demonstrates continuous power characteristics in ramp operation and overcomes the problem of non-linear power decay of traditional construction machinery.

Breakthrough in energy storage technology

This lithium battery forklift truck develops a high-density power storage system, combining active temperature control technology and a multi-protocol power replenishment scheme to realize the endurance stability of the equipment under extreme working conditions. The system supports rapid energy replenishment mode, which significantly shortens the interruption period of operation.

Extreme Operating Conditions Reliability

The entire forklift adopts an industrial-grade protection certification system, and the core modules are equipped with multiple sealing barriers. After the severe environment verification, the equipment still maintains power output stability in low temperature and high humidity scenarios, expanding the application boundaries of electric construction machinery.

Optimization of high-intensity operation

This forklift truck has an innovative zone temperature control system to independently regulate the heat load of the transmission and braking unit, which, together with the strengthened load-bearing structure and special tread formula, improves the equipment's ability to sustain operation and structural durability.

Active Defense Mechanism

Transplanting automobile-level safety architecture and building a three-level safety protection network. Integrate real-time electronic control monitoring and active safety intervention devices to establish a new type of maintenance safety standard in the field of industrial vehicles.

Dynamic Energy Efficiency Management

Forklift optimizes energy consumption based on multi-source sensing data and reduces ineffective energy consumption through coordinated control strategies of drive units. The actuator integrates spatial sensing and buffer regulation technology to realize the synergy between precision operation and material protection.

Quick maintenance system

This electric battery forklift modular energy component realizes tool-less replacement, and the maintenance interface adopts a quick-disassembly structure design. Through ergonomic optimization, the efficiency of routine maintenance is increased by more than 50% compared with traditional solutions.

Intelligent operation interface

The entire machine is equipped with an augmented reality interactive terminal that provides real-time feedback on equipment operating conditions, and the cockpit integrates a multi-dimensional cushioning and acoustic optimization system that significantly improves comfort during long hours of operation].