Many logistics and warehouse operators have encountered the confusing situation that the purchased electric pallet trucks carry multiple high-level configurations, but most of the extra functions have never been activated in daily operations, bringing unnecessary extra cost pressure for the enterprise. Over-specification in electric pallet truck procurement does not bring higher use value in most scenarios, but easily leads to waste of procurement budget and lower turnover rate of movable assets.

The first step to avoid over-specification is to collect and verify all actual operation data of the use scenario before drafting the technical requirements of the purchase order. You need to confirm the maximum load of goods that the pallet truck needs to transport in daily operation, the average running distance per shift, the ground flatness and bearing capacity of the working area, the width of the operation channel, the daily continuous working hours, and the special environment requirements such as waterproof, dustproof or low temperature resistance. Do not blindly select a model with far higher load parameter than the actual maximum demand out of precaution. For example, if the heaviest goods in the regular operation scenario is 1.5 tons, there is no need to choose a 3-ton load model, which will increase the purchase cost by more than 30% without matching corresponding use value.

The second step is to distinguish necessary functions from unnecessary optional configurations one by one. Many suppliers will recommend additional expansion functions during the communication, but procurement teams need to verify each function against the actual work scenario. For scenarios that all run on flat indoor warehouse ground, there is no need to configure thick off-road solid tires and high-power climbing motors. For scenarios that do not involve cold storage operation, there is no need to add extra low-temperature resistant battery components. The extra cost brought by these unpractical configurations will not produce any return in the whole service life of the equipment.

The third step is to carry out full life cycle cost evaluation instead of only focusing on the initial use demand. Over-configured electric pallet trucks usually have heavier self-weight, higher energy consumption per hour of operation, and the price of spare parts for subsequent maintenance is also higher than that of standard models matched with the scenario. The cumulative extra cost generated in the 5 to 6 years of conventional service life will far exceed the extra expenditure in the procurement stage. It is also not advisable to reserve configuration for potential business expansion that may not happen in 3 to 5 years, because the logistics equipment technology will iterate continuously, and purchasing matching models after the business demand is actually generated is a more cost-effective choice.

Enterprises can also set up a cross-party verification mechanism involving front-line warehouse operation staff, procurement staff and financial management staff, to avoid over-specification caused by single department subjective judgment. Front-line staff can feedback the most real daily operation demands, the procurement team can confirm the rationality of the configuration from the perspective of industry common sense, and the financial team can control the cost budget within a reasonable range. Following this set of processes, enterprises can select the most suitable electric pallet truck products, maximize the input-output ratio of logistics equipment procurement, and bring stable cost reduction effect for daily warehouse operation.