0
image
image
image
image
battery power pack liquid cooling unit

battery power thermal management

NF BTM1502
The Battery thermal management system features the following technical advantages: Integrated design for simplified installation; Modular structure supporting flexible expansion; Stable and reliable cooling and heating output; Surge-free heating with a linear curve and rapid temperature rise.
Quantity:
Contact Now
add to cart
Our BMTS(Battery Thermal Management System) can be customized according to customer requirements. 
 
Our BMTS(Battery Thermal Management System) can be customized according to customer requirements. 
 
Product NameBattery thermal management system
Product Model CodeNFBTM10
Refrigeration Capacity Test ConditionAmbient temperature 38ºC, outlet water temperature constant at 15ºC
Operating Ambient Temperature-30 to +60ºC Refrigeration condition: -15ºC to +55ºC
Maximum Cooling Capacity10KW(8~24KW) (Optional)
Maximum Heating Capacity0~35Kw
Compressor Displacement33CC/46CC
Compressor Speed800~10000rpm/800~12000rpm
Coolant Type50%/50% Ethylene Glycol/Water Solution
Refrigerant TypeR134a
Communication InterfaceCAN 2.0 Communication Rate: 500k bps
Control MethodOperating Mode + Target Water Temperature
COP>2.2
Coolant Flow Rate>35L/min @ External Resistance 110kPa
Noise Level<80dB (A) @ Maximum
Protection RatingIP67
Weight<48kg/76KG
Low-voltage Power Supply  Operating Range18~32V
High-voltage Power Supply Operating Range≤750V
DimensionsL833W550H290mm/L900*W608*H341mm(excluding standard parts)
Inlet/Outlet Pipe Installation DiameterDiameter 25mm
Introduction:
The vehicle-grade battery cooling unit covers a cooling capacity of 8-15KW and a heating capacity of 10-24KW, providing battery cooling/heating for commercial vehicles (new energy heavy-duty trucks, new energy buses, new energy construction machinery), energy storage stations, battery swap stations, and other large-capacity battery applications
 
 
Features:
1.Full-range temperature control
Combined low-temperature heating & high-temperature cooling (-30°C~50°C ambient) with ±1°C precision, maintaining optimal battery temperature for extended cycle life and improved energy efficiency.
2.Premium Product Emphasis
Advanced PID & energy-demand algorithms enable precise outlet temperature control (±0.5°C) with optimized energy efficiency. Features remote intelligent monitoring/diagnostics and OTA upgrade capability.