Automobile thermal management intelligent radiator module and automobile

Abstract

The invention relates to an automobile thermal management intelligent radiator module and an automobile. The automobile thermal management intelligent radiator module comprises a radiator, an electronic water pump, an electronic ball valve, an airflow generator, and a domain controller; the radiator comprises a housing with a flow channel, and a main water inlet and a main water outlet which are disposed on the housing and are communicated with the flow channel; the electronic water pump and the radiator are integrally arranged; the electronic water pump is provided with a first water inlet close to the main water inlet and a first water outlet communicated with the housing; the electronic ball valve and the radiator are integrally arranged; the electronic ball valve comprises at least onevalve body; the at least one valve body is arranged at the main water inlet so as to adjust flow flowing to the flow channel from the main water inlet; the airflow generator is connected with the radiator and used for increasing the air flow of the radiator; and the domain controller is in signal connection with the electronic water pump, the electronic ball valve and the airflow generator. The electronic water pump, the electronic ball valve and the radiator are integrated, so that the overall arrangement space and pipeline arrangement of the automobile thermal management intelligent radiator module are reduced; and the air flow generator connected with the radiator is arranged and used for increasing the air flow of the radiator.

Description

technical field [0001] The invention relates to an automobile thermal management intelligent radiator module and an automobile, belonging to the technical field of automobiles. Background technique [0002] In recent years, global regulations on vehicle emissions have become more and more stringent. Fuel vehicle drive systems require more precise thermal management to ensure that various energy-consuming components are at their respective optimal operating temperatures to achieve the purpose of reducing emissions. New energy Cars also require precise thermal management to extend battery life. Electronically controllable thermal management actuation components are therefore increasingly being used in vehicles. For example, electronic ball valves are gradually replacing traditional mechanical thermostats, and electronic water pumps are gradually replacing mechanical water pumps driven by pulleys to make thermal management electronic. [0003] The radiators, electronic water ...

AI Technical Summary

Problems solved by technology

In terms of control, both the electronic ball valve and the electronic water pump need to be independently connected to the upper computer of the vehicle for communication and processing of control logic, which is costly and requires a large layout space

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