Electric vehicle invisible air conditioner

Abstract

The invention provides an electric vehicle invisible air conditioner which is mainly composed of a carriage heat preservation layer (4), a vehicle air conditioning coil pipe (11), an air conditioning fan (12), a pump (18), a refrigeration coil pipe (27), a thermal storage heat preservation balance tank (29), a heat absorption pipe or a carriage heat absorption flow passage (31), energy storage liquid (38), a carriage body (40), and the like. The heat absorption pipe or the carriage heat absorption flow passage (31) is arranged under the surface of the carriage body (40). In the refrigeration work state, in the operating process of a vehicle, speed of airflow on the surface of the carriage body (40) is quite high so that temperature of the surface is reduced and cold is generated. The generated cold is absorbed by refrigerating fluid in the heat absorption pipe or the carriage heat absorption flow passage (31) and transmitted into the thermal storage heat preservation balance tank (29). In the heating work condition, when the vehicle operates slowly or is static, solar energy or other radiation and conduction heat is absorbed by the heat absorption pipe or the carriage heat absorption flow passage (31) and transmitted into the thermal storage heat preservation balance tank (29). Under the two work conditions, heat or cold both can be transmitted into the vehicle air conditioning coil pipe (11) to be used for direct heat dissipation or refrigeration or to be used for assisting heat dissipation or refrigeration of the air conditioning fan (12). Refrigeration and heating and floating cold and hot energy are realized, and outside energy is absorbed and utilized.

Description

technical field [0001] The invention relates to the field of motor vehicles, which is an invisible air conditioner for electric vehicles that makes full use of aerodynamic force, wind power and solar energy, and can use air kinetic energy and solar energy to cool and heat the vehicle air conditioner when the vehicle is running or stationary. The system installation scheme of air conditioning and reuse is suitable for various motor vehicles, especially for the application on electric vehicles. Background technique [0002] At present, there is no such type of invisible air conditioner for electric vehicles. The existing vehicle air conditioners only have a separate power drive in the car, which wastes a lot of energy and materials, and also increases the manufacturing and use of other systems. Cost; the existing vehicle air conditioners and air ventilation adjustments are completely self-contained systems in the vehicle, resulting in low efficiency of the power system and inc...

AI Technical Summary

Problems solved by technology

[0002] At present, there is no such type of invisible air conditioner for electric vehicles. The existing vehicle air conditioners only have a separate power drive in the car, which wastes a lot of energy and materials, and also increases the manufacturing and use of other systems. Cost; the existing vehicle air conditioners and air ventilation adjustments are completely self-contained systems in the vehicle, resulting in low efficiency of the power system and increased cost of each system component; the existing vehicle air conditioners and air ventilation adjustments are also contradictory and inconvenient to apply, especially Electric vehicles have higher requirements for energy utilization efficiency, which often depends on whether they have a more efficient air-conditioning system. If the battery is used for cooling and heating alone, the mileage of electric vehicles will be reduced by about 60%, and there is no need for refrigeration. It is difficult to apply heating and heating. In order to improve this unfavorable situation, it is necessary to invent a suitable and advanced device that can cool and heat when walking or standing still, float and charge cold and heat energy, and absorb and utilize external energy. The Invisible Air Conditioner for Electric Cars Invented

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