Our company’s ‘Integrated Functional Module for New Energy Vehicle Thermal Management’ employs a reconfigured component architecture and modular design for several core media circuits within the heat pump system. This effectively reduces the system’s cost, space requirements, development cycle, and complexity while meeting increasingly stringent environmental regulations. The integrated functional module primarily comprises three components: a refrigerant-side sub-module, a coolant-side sub-module, and an optional control sub-module. Each sub-module is designed as a standard configuration, allowing for individual selection or combined use. Adopting the ‘Integrated Functional Module for New Energy Vehicle Thermal Management’ can: It eliminates the need for high-voltage electric heaters and refrigerant valves, reducing the unit cost per heat pump system by 20%. It extends the operating range of air-source heat pumps from -10°C to -30°C. It supports OEMs in developing diverse refrigerants across platforms and vehicle models, ensuring their capability to swiftly transition to new refrigerants and market segments. It simultaneously meets the environmental requirements of the GWP<150 national scheme and the European P-FAS legislation. The company prioritises technological accumulation and output, having filed over 90 patent applications (including 20 invention patent applications) in this technical field to date, with 38 already granted. During this period, it has completed technical exchanges, system bench testing, and vehicle-level validation with over 10 domestic and international OEMs, earning unanimous industry recognition.

Application Scenarios

Indirect secondary circuit design reduces component BOM costs
Perfectly suited to thermal management requirements of new energy vehicles
Significantly reduces system refrigerant charge volume, supporting national carbon neutrality and carbon peaking policies
Operational across diverse regional temperatures from -30°C to 55°C

Dimensions

(Length × Width × Height)

30.0cm*40.0cm*27.5cm