Automotive air conditioner controlling method and air conditioner controller

Abstract

The invention provides an automotive air conditioner controlling method and an air conditioner controller. The automotive air conditioner controlling method comprises the steps of acquiring out-of-automobile environment information by the air conditioner controller from an Internet-of-vehicles system, wherein the out-of-automobile environment information at least comprises season, time, altitude, surrounding environment, weather, out-of-automobile temperature, out-of-automobile humidity, sunlight intensity and air quality; receiving in-automobile environment information by the air conditioner controller, wherein the in-automobile environment information is acquired by an air conditioner sensor and at least comprises an in-automobile temperature and an evaporator outlet air temperature; analyzing the out-of-automobile environment information and the in-automobile environment information by the air conditioner controller, thereby acquiring an in-automobile required environment; and conditioning the in-automobile environment which corresponds with the in-automobile environment information by the air conditioner controller until the in-automobile environment is same with the in-automobile required environment. The automotive air conditioner controlling method and the air conditioner controller have advantages of realizing automatic generation of a comfortable in-automobile environment for a user, improving user experience and improving driving safety.

Description

technical field [0001] The present application relates to the technical field of automobile manufacturing, in particular to an automobile air-conditioning control method and an air-conditioning controller. Background technique [0002] The automotive air conditioning system is used to adjust the temperature, humidity and air quality in the car, and is an important means to improve the comfort of the car. At present, the temperature, humidity, air freshness, fragrance and other adjustments in the car are actively set by the user. The car air conditioning system cannot adapt to the appropriate working mode according to the environment inside and outside the car, such as seasons, geographical locations, weather conditions, etc., and automatically give the user the required value. Comfortable environment, poor user experience. [0003] Moreover, it is easy for the user to adjust the temperature, humidity, air freshness, fragrance, etc. in the car to distract attention during dr...

AI Technical Summary

Problems solved by technology

At present, the temperature, humidity, air freshness, fragrance and other adjustments in the car are actively set by the user. The car air conditioning system cannot adapt to the appropriate working mode according to the environment inside and outside the car, such as seasons, geographical locations, weather conditions, etc., and automatically give the user the required value. Comfortable environment, poor user experience

[0003] Moreover, it is easy for the user to adjust the temperature, humidity, air freshness, fragrance, etc. in the car to distract attention during driving, and the driving safety is poor.

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