Combing the cost of using BYD's 4.5-ton lithium-ion forklift: Taking the CPD45 model as an example

Full cycle energy consumption cost accounting

Daily energy consumption expenditure

The average daily operating time of a conventional 4.5-ton lithium-ion forklift is calculated at 8 hours, and the power consumption level of the CPD45 model is within a reasonable range of products of the same specification. The operating time that can be supported by a single kilowatt-hour of electricity meets the industry's conventional standards. It only needs to be connected to conventional industrial electricity to complete the replenishment, without the need for additional special fuel storage facilities. The daily energy consumption expenditure is much lower than that of fuel handling equipment of the same load, and there will be no additional expenses related to exhaust gas treatment.

Routine maintenance cost sorting

Consumable parts replacement expenses

Lithium forklifts do not have conventional wear and tear components such as oil filters and spark plugs related to internal combustion engines. Daily maintenance only requires regular inspections of common components such as walking structures, hydraulic systems, and tires. The three-power system of the CPD45 model does not require additional maintenance during daily use. It only requires regular status inspections. The overall maintenance frequency is much lower than that of fuel equipment of the same specification. The annual maintenance expenditure can be controlled within a reasonable range without generating large unexpected maintenance expenses.

Long-term use value accounting

Residual Value and Comprehensive Income

The core power components of the lithium forklift attenuation speed is slow, the overall service life of the equipment under the compliance use scenario is long, much higher than the conventional service life of the fuel handling equipment of the same specification, the residual value after many years of use is also at a high level, and the long-term operation process will not produce compliance-related expenses caused by excessive exhaust emissions. It is suitable for long-term high-frequency use in warehousing, logistics, factory transshipment and other scenarios, which can help the operator smoothly control the long-term investment in the handling process.