We provide both 3D and 1D thermal management simulation services, covering battery packs, vehicle cabins, airflow and flow fields, as well as complete thermal management system loops. By analyzing key parameters such as temperature, flow rate, pressure drop, and energy consumption, we help customers evaluate design feasibility, identify thermal risks, and optimize system performance at an early stage.
We support system-level thermal management architecture design and key component selection, including refrigeration loops, cooling circuits, sensor placement, receiver or accumulator configuration, and valve arrangement. For complex refrigeration systems, we help assess whether a high-pressure receiver or low-pressure accumulator is more suitable, whether check valves are required, and where potential risks may occur during system mode transitions.
We develop thermal management control logic and functional specifications based on the actual system architecture, covering cooling, heating, defrosting, defogging, heat pump operation, and fault protection modes. We translate system requirements into clear and executable control rules, making software development, testing, and cross-functional communication more efficient.
We help customers identify suitable suppliers for key thermal management components and support technical communication from a professional engineering perspective. Our services include requirement definition, specification review, sample parameter evaluation, solution compatibility assessment, and technical clarification with suppliers, helping customers choose reliable partners more efficiently.
If you are working on thermal management system design, simulation validation, or supplier evaluation, contact us to review the key technical challenges and define the most suitable next steps.