New Reach Lithium Battery Forklift Procurement Cost Detailed Reference

The procurement cost of the new reach lithium battery forklift is one of the core considerations of many warehousing and logistics companies' equipment renewal decisions. Understanding the detailed composition clearly can help purchasers plan their budgets rationally and avoid unnecessary expenses.

The core purchase item of the new reach lithium battery forklift is the vehicle body first. The cost of the vehicle body is relatively high, which is usually directly related to the rated load of the forklift, the maximum lifting height, the steering method, the safety configuration level and other factors. The rated load is common in different specifications such as 1 ton, 1.5 tons and 2 tons, and the lifting height is from 3 meters to more than 10 meters. The higher the specification and the more comprehensive the configuration, the price of the vehicle body will usually increase accordingly. The steering methods generally include mechanical steering, electronic power steering, and full hydraulic steering. The operation of full electronic power steering or full hydraulic steering is lighter and suitable for long-term operation. This configuration will also increase the cost proportion of the body. In terms of safety features, such as warning lights, buzzers, overload protection devices, and automatic deceleration devices, etc., the basic model may be partially standard. If additional high-end safety features, such as anti-collision induction systems, are required, additional ontology-related expenses will also be incurred.

The second important core purchase item is the lithium-ion battery pack. This is also the key part that distinguishes the forward-moving lithium-ion forklift from the traditional internal combustion or lead-acid forklift. The cost ratio can usually be the same as or even higher than that of the vehicle body. The cost of the battery pack is mainly composed of three parts: battery capacity, battery type, and quality premium related to brand endorsement. The unit of battery capacity is generally kilowatt-hours. The larger the capacity, the longer the battery life of a single charge. It is suitable for scenarios with high operating intensity, and the corresponding price will be higher. The battery type currently has two mainstream types on the market: lithium iron phosphate and lithium ternary. Different batteries have their own characteristics in terms of safety cycle life, high and low temperature adaptability. The purchaser can choose according to their own operating environment and needs. The price of different types of batteries is also different. In addition, the battery management system is also an important part of the battery pack. A high-quality battery management system can effectively extend the battery life and ensure the safety of charging and operation. This part of the cost is also included in the overall cost of the battery pack.

In addition to the vehicle body and battery pack, attachments are also optional or necessary expenses to be considered in the purchase of forward-moving lithium-ion forklifts. Common attachments include side shifters, pitch-adjusting forks, rotating forks, etc. Different attachments can meet different cargo handling needs. For example, side shifters can move the forks left and right to facilitate accurate alignment of goods. Distance-adjusting forks can quickly adjust the spacing of the forks to adapt to different sizes of pallets. The price of attachments varies depending on the type, specification and material. Enterprises can choose whether to configure and which attachments to configure according to their actual handling scenarios.

Finally, the purchaser also needs to consider some supporting late or additional costs, such as the cost of chargers, some brands of lithium forklifts may use chargers as standard, but some need to be purchased separately; there may also be transportation costs involved Installation and commissioning costs, as well as maintenance service package costs outside the quality assurance period, etc. Although these costs account for a relatively small proportion, they also need to be included in the budget planning in advance to avoid budget overruns.