For logistics, manufacturing and warehousing operators, selecting a suitable lithium forklift that matches daily operation needs can effectively improve handling efficiency and reduce long-term operation costs. A scientific and systematic evaluation checklist can help teams avoid blind selection and make procurement decisions that fully align with actual working conditions, reducing unnecessary extra cost in subsequent use.

The first core module of the checklist focuses on core performance and battery related assessment. You need to verify the actual continuous working duration of the fully charged forklift under the rated load, confirm if the battery cycle life matches the daily use frequency of your site, and check the battery management system’s real-time monitoring function for temperature, voltage and current to eliminate potential hidden risks in long-term operation. You also need to test the lifting speed, maximum stable load weight and walking stability of the forklift under different load conditions, to make sure its performance matches the height of your storage shelves and the average weight of the goods you handle daily.

The second evaluation module targets safety configuration verification. Check if the forklift is equipped with necessary protection functions including overload protection, anti-slip function on ramps, emergency power off device, and automatic speed limiting function when turning. For teams that operate in cold storage, high dust or special working scenarios, you also need to confirm that the whole vehicle and battery pack have corresponding protection levels that adapt to the site environment, to avoid abnormal equipment damage caused by mismatch between equipment and operation scenarios.

The third part of the checklist is long-term operation and maintenance cost evaluation. Consult the official after-sales policy, confirm the coverage period of core components warranty, the response speed of on-site maintenance service in your area, and the cost of replacement of wearing parts such as tires and controllers in subsequent use. You can also calculate the daily electricity consumption of the equipment, compare it with the internal combustion forklift or lead-acid forklift used in the past, to estimate the annual operating cost saved by switching to lithium forklift, so as to judge the reasonable return on investment cycle.

If you need professional customized evaluation suggestions for your specific working condition, Jian Shu New Energy, who focuses on high-quality electric forklift supporting services, can provide you with targeted reference solutions. You can send your related demand to [email protected] for further communication.