Vehicle-mounted air conditioner control device

Abstract

The invention relates to the technical field of vehicle-mounted air conditioners, in particular to a vehicle-mounted air conditioner control device. The vehicle-mounted air conditioner control device comprises an engine, a vehicle-mounted accumulator, a vehicle-mounted compressor, a vehicle-mounted air conditioner auxiliary system, vehicle-mounted electronic equipment, a power cell, a DC compressor, an intelligent switch, a vehicle-mounted information center and an intelligent terminal, wherein the vehicle-mounted accumulator is connected with the vehicle-mounted air conditioner auxiliary system and the vehicle-mounted electronic equipment, and the engine is connected with the vehicle-mounted accumulator and the vehicle-mounted compressor; the power cell is connected with the DC compressor, the vehicle-mounted electronic equipment and the vehicle-mounted air conditioner auxiliary system through the intelligent switch; the vehicle-mounted information center is connected with the intelligent switch in a wireless manner, and the intelligent terminal is connected with the vehicle-mounted information center and the intelligent switch in a wireless manner. The vehicle-mounted air conditioner control device disclosed by the invention controls a vehicle-mounted air conditioner, so that a DC air conditioner can be powered on remotely or locally, monitors the performance of the power cell in a real time manner, sets the operating mode of vehicle-mounted equipment, and monitors the state of the intelligent switch. The power cell can realize charging in diversified manners, so that the power cell can be convenient to disassemble and replace.

Description

technical field [0001] The invention relates to the technical field of vehicle air conditioners, in particular to a vehicle air conditioner control device. Background technique [0002] Most of the compressors of the existing vehicle-mounted air conditioners are driven by the engine belt. After the engine is turned off, the air conditioner cannot be turned on naturally. With the development of new high-performance battery technologies such as lithium batteries, 12V / 24V DC air conditioners that use lithium batteries or other high-performance batteries as power supply for trucks, buses and even cars have begun to be launched on the market. On the basis of the air conditioner, a completely independent, 12V / 24V DC air conditioner is added to meet the needs of the air conditioner still running normally after the vehicle engine is turned off. However, when this technology is used in cars, the miniaturization is insufficient, and the original on-board air-conditioning system equip...

AI Technical Summary

Problems solved by technology

However, when this technology is used in cars, the miniaturization is insufficient, and the original on-board air-conditioning system equipment is not fully utilized, resulting in problems such as limited installation space for cars and affecting the appearance and interior of the vehicle. Therefore, an independent DC air conditioner is installed The market acceptance of the proposed solution is not high, and the existing technology does not consider the different application scenarios of cars. The demand for special cars that provide operating services and ordinary private cars for transportation is very different. Different solutions should be provided, or different usage modes should be set. and optional product models to meet different customer needs

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