BTMS
Refrigeration capacity: 5kw
High voltage power consumption: ≤15A
Low voltage power consumption: ≤20A
Compressor displacement: 27cc/r
Condensing air volume: 2200m³/h
Unit weight: 30KG
Refrigerant: R134a
Size: 770*475*339mm
Battery thermal management devices are appropriate for a variety of electric vehicles, including electric cars, electric bicycles, and so on. The temperature of the battery in these cars frequently influences its performance and life. As a result, the installation of battery thermal management systems can effectively reduce battery temperature, lengthen vehicle service time, and improve vehicle performance.

The equipment has a beautiful look and coordinated colors, and each component is designed to meet the user's water resistance, oil resistance, corrosion resistance, and dust resistance requirements. It has a good function and structural design, is simple to use, and offers a range of operating modes. The accuracy of measurement and control is great, test results are repeatable, dependability is high, and the working life is long. The parts are built of high-quality materials and employ sophisticated, practical, and dependable machinery, hydraulics, electrical appliances, and other components that fulfill applicable national and industry standards. Components such as electronics, instruments, and others.
The main electrical component parameters are readable and controllable in the host computer through CAN communication. It has complete protection functions, such as overload, undervoltage, overvoltage, overcurrent, overtemperature, system pressure abnormality and other protection functions.

The overhead unit is positioned on the vehicle's roof and does not take up any inside space. It is modular in design and simple to install and maintain. It has good EMC electromagnetic compatibility, conforms with applicable requirements, and has no effect on the product under test's stability or the reliable operation of surrounding equipment.
The modular unit can choose the appropriate installation space according to the structure of different vehicle models.