Cold storage plant operation, interpretation of performance adaptation of electric forklift and fuel forklift

The cold storage plant has special requirements for the performance of material handling equipment due to the low temperature and closed operating environment. Electric forklifts and fuel forklifts, as mainstream handling tools, have obvious differences in adaptability. Reasonable selection directly affects operation efficiency and operating costs.

Core requirements for forklifts in cold storage plant operations

The low-temperature environment is a significant feature of the cold storage plant. Forklifts need to be able to operate stably in temperatures below 0 ° C or even lower, and the performance of components is not affected by low temperatures. Most cold storage is a closed space, which has strict requirements on the exhaust emissions of equipment to avoid polluting the storage environment. The high frequency of goods turnover in the cold storage requires the reliability of frequent starts and stops to ensure continuous operation. At the same time, it is necessary to match the appropriate load capacity and battery life according to the weight and working radius of the goods to meet the handling needs of different scenarios.

Performance Adaptation Analysis of Electric Forklift in Cold Storage Plant

The electric forklift is battery-driven and has no exhaust emissions. It is fully adapted to the environmental protection requirements of a closed cold storage to avoid pollution to the stored goods and the working environment. Some electric forklifts optimized for low temperature scenarios are equipped with special low-temperature batteries, which can maintain a stable power output in a low temperature environment and reduce power attenuation. The electric forklift has low operating noise and is suitable for relatively quiet operating scenarios in the cold storage. There are few daily maintenance links, and the maintenance cost is relatively controllable. However, it should be noted that the low temperature environment will cause a small attenuation of battery life. Enterprises need to reasonably plan the charging site and operation rhythm to ensure the continuity of operation. The motor and electronic control system optimized for low temperature can reduce the loss of low temperature components and prolong the service life of equipment.

Performance Adaptation Analysis of Fuel Forklift in Cold Storage Plant

Fuel forklifts have strong power, are suitable for the handling needs of heavy goods, have strong battery life, do not need frequent charging, and can meet long-distance and high-load operation scenarios. However, fuel forklifts have exhaust emissions problems and are not suitable for completely closed cold storage spaces. If you need to use a perfect ventilation system, you need to avoid the accumulation of exhaust gas affecting the environment and personnel health. In low temperature environments, fuel forklifts are relatively difficult to start, and usually need to be equipped with preheating devices. Daily maintenance involves multiple links such as the engine and fuel system. Maintenance costs are relatively high, and low temperatures can easily lead to accelerated loss of engine components. Fuel forklifts are more suitable for semi-open or well-ventilated cold storage plant peripheral operations, as well as long-distance transfer scenarios for heavy goods.

Enterprises need to comprehensively evaluate the performance suitability of electric forklifts and fuel forklifts, and choose the handling equipment that best meets their needs, in order to improve the overall operating efficiency and operational stability of the cold storage plant.