Automobile integrated heat radiation module

Abstract

The invention relates to an automobile integrated heat radiation module. The automobile integrated heat radiation module comprises a heat radiator carrying out heat radiation on an automobile power system. A first net box is arranged on one side of the windward face of the heat radiator. The first net box is filled with calcium chloride particulate matter capable of absorbing water extremely easily. A condenser is arranged on one side of the windward face of the first net box. A second net box filled with calcium chloride particulate matter is arranged on one side of the windward face of the condenser. Due to the existence of the calcium chloride particulate matter in the first net box and the second net box, the calcium chloride particulate matter can fast absorb water in air; and when anautomobile runs, airflow can blow water to the heat radiator and the condenser, the high-temperature heat radiator and condenser can fast remove water through evaporation, and therefore the heat radiation efficiency of the heat radiator and the condenser is improved.

Description

technical field [0001] The invention relates to the technical field of automobile heat dissipation, in particular to an automobile integrated heat dissipation module. Background technique [0002] The heat dissipation components of the automobile heat dissipation system include at least water tanks, condensers, oil coolers, intercoolers, etc. The cooling form adopts the form of air supply cooling by mechanical and electronic fans. The complete vehicle accessories are purchased in a single and scattered manner. It must be installed one by one when loading the car. This purchase and installation method increases the purchase cost and installation process. The design of the car body requires a certain amount of installation space, and the large gap between the heat dissipation components increases the air supply pressure of the mechanical air supply. The demand has increased, and the heat dissipation effect is poor. [0003] The existing Chinese patent database discloses a veh...

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Problems solved by technology

Its disadvantages are: under normal circumstances, the smaller the pores on the radiator core, the denser the holes, the better the heat dissipation effect, but the single condenser or oil cooler or intercooler with excellent heat dissipation effect and the radiator core The front and rear of the body are overlapped, the front body can take away the heat through the air in the pores, and the hot air enters the rear radiator core again. It is difficult for the hot air to quickly take away the heat in the radiator core, which affects the car Work performance, difficult to meet customer needs

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