For enterprises that need to expand or update their material handling equipment fleets, comparing domestic and imported electric forklift options is a common core task in procurement planning, and targeted systematic research can effectively avoid blind decision-making mismatched with actual operating demands.

The first key tip is to start with full verification of your on-site operation scenarios first, instead of directly checking parameter lists of different products. You need to sort out core demands including the average daily operation hours, maximum load weight requirement, working channel width limit, frequent operation ground condition, local ambient temperature range and charging infrastructure layout in your site. Teams that run most operations in closed standard warehouses do not need extra high temperature resistance or extreme environment adaptation functions that may be unnecessary for their daily use, while teams with outdoor operation proportion higher than 30% need to confirm the battery protection level of both domestic and imported options to make sure the product can work stably in their actual environment.

The second core research tip is to complete full lifecycle cost accounting, rather than only comparing the initial purchase price gap between domestic and imported electric forklifts. You need to calculate the estimated operation cost for the full expected service cycle of the equipment, including power consumption per 100 operation hours, spare part replacement price, regular maintenance labor cost, and residual value after the equipment reaches the end of service life. Many new procurement teams easily ignore the subsequent cost expenditure in the 5 to 8 years after the equipment is put into use, while the actual total cost of the full cycle may have a gap much larger than the initial purchase price difference between different options.

The third key research direction is to evaluate the coverage and response efficiency of local after-sales support systems for both types of products. You can investigate the average response time of on-site maintenance services, the stock of common vulnerable spare parts in nearby service outlets, and the cycle of special spare parts delivery. For sites that run 24 hours a day, any unexpected long equipment downtime may bring extra operation loss, so the convenience of after-sales service is an indicator that cannot be ignored in the comparison process. Finally, you can arrange a 2 to 3 days on-site test drive of selected candidate products in your actual operation scenarios, to collect real feedback from frontline operators, which can help you find out potential problems that may not be shown on official parameter sheets, to make the final selection more in line with your long-term operation demands.