Basic Premise of Electric Forklift Electricity Cost Calculation
scene parameter setting
This calculation is completely based on the routine operation scenario setting of domestic warehousing and production plants. The default average daily operation time is 8 hours, and the cargo load rate of daily operations is maintained at a reasonable range of 30% to 70%. Extra energy consumption fluctuations caused by special working conditions such as extreme high load and long-term low temperature open-air operation are excluded. All the rated energy consumption parameters of the equipment referred to in the calculation are from the public official calibration data. The electricity price refers to the general range of domestic industrial electricity consumption of 0.7 yuan per kilowatt-hour to 1.2 yuan per kilowatt-hour, and the whole process does not superimpose unfounded abnormal loss parameters to ensure that the calculation results are close to the real situation of daily operations.
The specific calculation logic of the annual electricity cost
Single hour energy consumption calculation
The power consumption per hour of this electric forklift is in the rated working state, and it is in the regular performance range of the same load level electric forklift. Combined with the preset industrial electricity price range, the basic electricity consumption expenditure for a single day of operation can be quickly calculated. The energy consumption ratio of different operation links such as vehicle driving and lifting will be taken into account during the accounting process, and the average value will not be given in general, which is convenient for enterprises with different operation focuses to adjust the corresponding parameters by themselves.
Annual overall electricity cost accounting
According to the general scheduling rules of 250 days of working days in most domestic manufacturing and circulation enterprises, a small amount of normal loss of static power supply in the gap between vehicle operations is superimposed, and the final annual electricity cost is within a reasonable range, and the overall expenditure is significantly lower than the traditional fuel consumption expenditure of internal combustion forklifts with the same load. The operator can also substitute the logic into the custom parameters such as their actual single-day operating hours, local real-time industrial electricity prices, and daily average load weight to obtain accurate results that are fully adapted to their own operating conditions.
The actual reference value of the measurement results
Enterprise cost optimization reference
This set of calculation logic can help operators with bulk forklift procurement needs to calculate the operating expenses of the whole life cycle of the equipment in advance, avoid the cognitive misunderstanding of only focusing on the cost of equipment procurement, reasonably match the capacity requirements of different scenarios, and gradually optimize the overall expenditure structure of the internal logistics link. This provides reliable data support for subsequent decisions on equipment operation and maintenance and fleet expansion.
