Port yard operation, large tonnage lithium battery forklift application analysis

Performance Requirements for Forklifts in Port Yard Operations

workload requirement

The port yard is mainly used for container loading and unloading, heavy cargo transit, and the weight of single cargo generally ranges from several tons to tens of tons. Forklifts are required to have sufficient load capacity, strong climbing performance, and adapt to the complex ground conditions of the yard. At the same time, it is necessary to support long-term continuous operation to avoid affecting the port circulation efficiency due to equipment downtime.

Working timeliness requirements

The port yard is a 24-hour uninterrupted operation scenario, with strict requirements for the arrival and departure of goods. The response speed and failure probability of forklifts directly affect the overall operation scheduling efficiency, so there are high requirements for the stability and endurance of the equipment.

Adaptation advantages of large-tonnage lithium-ion forklifts in port yards

Dynamic performance adaptation

The power output of large-tonnage lithium-ion forklifts is stable, and the peak torque is sufficient, which can meet the lifting and transshipment needs of heavy cargo. Compared with traditional internal combustion forklifts, lithium-ion forklifts have faster power response speed, higher operation flexibility in frequent start-stop operation scenarios, and performance attenuation in low-temperature environments is also controlled within a reasonable range, adapting to the climatic conditions of most ports.

Operating cost advantage

The energy conversion efficiency of lithium-ion forklifts is higher, and the energy consumption cost per unit operation time is much lower than that of internal combustion forklifts. At the same time, there is no need to replace the conventional consumables of internal combustion forklifts such as oil and three filters, and the operation and maintenance costs can be reduced by more than 30%. The long-term use of the input-output ratio has obvious advantages.

Environmental compliance advantages

During the operation of lithium-ion forklifts, there is no exhaust emissions, no obvious noise pollution, and it meets the environmental protection control requirements of the port area. It can also improve the working environment of operators and reduce occupational health risks.

Precautions for the application of large-tonnage lithium-ion forklifts

Charging supporting layout

Before the introduction of large-tonnage lithium-ion forklifts in the port, it is necessary to rationally layout fast charging stations in combination with the operation lines and vehicle parking areas of the yard to meet the needs of vehicle clearance replenishment and avoid affecting the operation efficiency due to charging waiting.

Key points of regular operation and maintenance

During daily use, it is necessary to regularly check the battery status, hydraulic system, and tire wear, and maintain the equipment according to the operating specifications, which can effectively prolong the service life of the equipment and reduce the probability of failure.