Economic analysis of long-term use of electric forklifts, comparing the differences in expenditure of internal combustion forklifts

Initial variance in acquisition cost

The cost advantage of internal combustion forklifts

From the perspective of initial investment, the purchase cost of internal combustion forklifts is usually lower than that of electric forklifts of the same specification. This is because the power system technology of internal combustion forklifts is mature, the supply chain of parts is complete, and the production and manufacturing costs are relatively controllable. For enterprises with limited budgets and short-term use needs, the initial low investment is attractive.

The acquisition cost characteristics of electric forklifts

Electric forklifts are equipped with core components such as batteries and electronic control systems, and the initial purchase cost will be slightly higher. However, with the advancement of battery technology and large-scale production, this cost gap is gradually narrowing, and the purchase cost of some specifications of electric forklifts has approached that of internal combustion forklifts.

Key differences in long-term usage costs

Significant differences in energy costs

In daily operations, energy costs are a core part of long-term spending. Internal combustion forklifts rely on fuel to drive, fuel prices are greatly affected by market fluctuations, and fuel consumption costs per unit of operation are high. Electric forklifts rely on electricity as energy, and electricity prices are relatively stable, especially when charging at night during low periods, which can further reduce energy consumption expenses. Calculated by the annual operating hours, the annual energy consumption cost of electric forklifts is usually only one-third to one-half of that of internal combustion forklifts.

Maintenance expenditure variance

In terms of maintenance, the structure of internal combustion forklifts is more complex, including engines, transmissions, fuel systems and other easily worn parts. Regular replacement of oil and filter elements is required, and engine maintenance is carried out. Maintenance frequency and cost are higher. The power system of electric forklifts has a simple structure, and the main maintenance is concentrated on the battery, motor and electronic control system. The replacement frequency of parts is low, and there is no need for complicated engine maintenance processes. The annual maintenance cost is about 40% of that of internal combustion forklifts.

Differences in life cycle residual values

From the perspective of the residual value of the equipment life cycle, the performance of internal combustion forklifts decreases significantly after the service life increases due to the irreversible wear and tear of core components such as engines, and the residual value decays rapidly. The core components of electric forklifts, such as motors and electronic control systems, have a longer service life. Although the battery is attenuated, the value can be increased through ladder utilization, and the overall life cycle residual value is higher.

Comprehensive economic summary

From the perspective of initial purchase and long-term use costs, although the initial investment of internal combustion forklifts is lower, the energy consumption and maintenance costs in long-term operation have accumulated, and the total cost advantage of electric forklifts has gradually become apparent. For enterprises with high operating frequency and long service life, especially in indoor operation scenarios, the long-term economy of electric forklifts is more prominent, which can effectively help enterprises reduce operating costs and improve efficiency.