Roof mounted Battery Thermal Management Unit
NFXD-288D
Battery Thermal Management: Reduces battery temperature for extended vehicle service time.
Modular Design: Easy to install and maintain on vehicle roofs.
High-Quality Components: Meets national and industry standards, ensuring reliability.
Low Voltage Power Consumption: ≤35A, efficient energy use.
Refrigeration Capacity: 7.5kw, effective cooling for 8-12m electric buses.
Modular Design: Easy to install and maintain on vehicle roofs.
High-Quality Components: Meets national and industry standards, ensuring reliability.
Low Voltage Power Consumption: ≤35A, efficient energy use.
Refrigeration Capacity: 7.5kw, effective cooling for 8-12m electric buses.
minimum order
1
Quantity:
NFXD-288D battery thermostatic management water-cooling unit obtains low-temperature antifreeze by evaporative cooling of refrigerant. The low-temperature antifreeze takes away the heat generated by the battery through convection heat exchange under the action of the water pump. The liquid heat transfer coefficient is high, the heat capacity is large, and the cooling speed is fast, which is better for reducing the maximum temperature and maintaining the temperature consistency of the battery pack. Similarly, when the weather is cold, it can get the high-temperature antifreeze heater, and the convection exchange heats the battery pack to maintain the best effect of the battery pack.
NFXD-288D products are suitable for power battery thermostatic management systems such as pure electric buses, hybrid buses, extended-range hybrid light trucks, hybrid heavy trucks, pure electric engineering vehicles, pure electric logistics vehicles, pure electric excavators, and pure electric forklifts. By controlling the temperature, it enables the power battery to work under the normal temperature range in high temperature areas and severe cold areas, thereby prolonging the service life of the power battery and improving the safety of the power battery.
NFXD-288D products are suitable for power battery thermostatic management systems such as pure electric buses, hybrid buses, extended-range hybrid light trucks, hybrid heavy trucks, pure electric engineering vehicles, pure electric logistics vehicles, pure electric excavators, and pure electric forklifts. By controlling the temperature, it enables the power battery to work under the normal temperature range in high temperature areas and severe cold areas, thereby prolonging the service life of the power battery and improving the safety of the power battery.
