
Nowadays, more and more logistics, manufacturing and port operation enterprises in Malaysia choose electric counterbalance forklifts to replace traditional internal combustion forklifts, and one of the core concerns for most operators is the actual hourly energy cost in daily operation. BYD Forklift features stable high-efficiency new energy power system, and its standard 3-ton counterbalance forklift delivers consistent energy consumption performance under common working conditions. Calculated based on the mainstream industrial and commercial electricity price range in Malaysia, the hourly energy cost of this model under standard load and operation scenarios stays at a reasonable level, which is obviously lower than the hourly fuel cost of same load level internal combustion forklifts. There is no extra expense related to exhaust emission treatment, and users do not need to face the frequent price fluctuation of fuel, which brings more predictable operation cost control. The actual hourly energy cost will have small fluctuations according to the specific working load rate, lifting height using frequency and the local actual electricity price of different enterprises, and the overall performance stays stable even after thousands of hours of operation. Jianshu New Energy can provide targeted working condition energy consumption measurement service for enterprises with different operation demands, to help users get the accurate hourly energy cost data matching their own daily operation scenarios. If you have relevant demands for consultation, you can send email to 17399989919@163.com to get free professional guidance on operation cost calculation. For most enterprises with 8 hours of daily operation, the long-term energy cost control effect of this type of electric counterbalance forklift meets the normal operation expectation, and the lower daily energy consumption expenditure also helps enterprises reduce the total annual logistics operation cost, bringing considerable comprehensive benefits in the whole service life cycle.
