Engineering

Cooling capacity calculations

Cooling capacity calculations are performed to ensure that the HVAC system meets the thermal load requirements of the vehicle. ThermoX evaluates cabin heat load, ambient conditions and vehicle operating scenarios during the sizing process. These calculations allow the correct selection of condenser, evaporator and compressor components. The result is an optimized HVAC system that delivers reliable cooling performance under demanding operating conditions.

Thermal system architecture

Thermal system architecture defines how all cooling and HVAC components interact within the vehicle platform. ThermoX designs integrated thermal layouts that include condensers, radiators, fans, compressors and airflow paths. Each system is configured to meet the thermal requirements of the vehicle while maintaining packaging efficiency. This structured approach ensures reliable operation and simplified system integration.

Vehicle integration support

Successful HVAC implementation requires careful integration with the vehicle structure and surrounding systems. ThermoX supports the mechanical packaging, mounting strategy and airflow management of thermal components. Special attention is given to vibration resistance, serviceability and installation constraints. This integration-focused approach helps vehicle manufacturers implement reliable and efficient thermal systems.

Airflow Optimization

Airflow optimization is critical for achieving efficient thermal performance in vehicle HVAC and cooling systems. ThermoX analyzes airflow paths through condensers, radiators and heat exchangers to maximize heat rejection. Fan selection, shroud design and packaging constraints are carefully evaluated during the development process. This approach ensures stable cooling performance and improved system efficiency under real operating conditions.