Modular design significantly improves the utilization rate of fuel cube tank from multiple dimensions such as space adaptation, functional combination, maintenance management, etc.:

1. Flexible space adaptation

• Modules of standardized size support free stacking and splicing, which can accurately meet the space requirements of different scenarios.
• In the storage scenario, the modules can be stacked tightly to make full use of the vertical space.
• When transported by vehicle, they can be flexibly combined according to the layout of the carriage, and the space utilization rate can be increased by about 40% compared with traditional fuel tanks.
• The foldable module can be compressed when idle, which greatly reduces the storage and transportation space occupation and improves turnover efficiency.

2. Free expansion of functions

• The combination of different functional modules gives the fuel cube tank stronger adaptability.
• The basic oil storage module can be connected to the filter module to achieve fuel purification.
• The installation of the heating module can effectively deal with the problem of fuel condensation in low temperature environment.
• The addition of the metering module can accurately monitor the oil volume in real time.
• Users can flexibly adjust the oil storage capacity by increasing or decreasing the number of modules according to actual needs, which can not only meet temporary expansion needs, but also avoid idle waste of large-capacity oil tanks during low demand.

3. Efficient maintenance and replacement

• The modular design minimizes the scope of fault impact.
• When a module leaks or is damaged, there is no need to replace the entire oil tank - only the corresponding components need to be disassembled and replaced, which reduces maintenance costs by about 60% and shortens maintenance time by more than 50%.
• The universal interface design supports the interchange of modules of different brands and functions, extending the overall service life of the product.
• Waste modules can be recycled separately to reduce resource waste and further improve the utilization rate of the entire life cycle.