An ice fan can reduce the indoor temperature to a certain extent, but it does not reduce the temperature as effectively as an air conditioner. The ice making fan is mainly through the combination of ice making and fan to achieve the cooling effect, the specific principle is: the ice making box is put into the ice making fan, and the ice in the ice making box is used to reduce the temperature of the blowing wind, so as to achieve the effect of reducing the indoor temperature.
However, compared with air conditioning, the effect of ice fans is still relatively limited. The ice fan can only reduce the local temperature in the room, and the cooling effect is relatively slow. At the same time, the ice fan can not adjust the indoor humidity, which can easily lead to indoor humidity.
In addition, ice fans also have some safety risks. For example, over-reliance on ice-making fans may cause the power grid to overload, causing safety incidents such as fires. When using ice fans, the following points need to be noted:
Avoid long-term use: Although the ice fan can reduce the temperature by making ice, long-term use may cause the power grid to overload, so it cannot be used for a long time.
Power safety: When using ice fans, pay attention to the safety of the power supply to avoid overheating or short circuit of the power cable, which may cause fire.
Pay attention to the ambient humidity: The ice fan cannot adjust the indoor humidity. Therefore, when the ice fan is used in an environment with high humidity, it is necessary to open the window in time for ventilation to avoid indoor humidity.
Therefore, the ice fan can be used as a temporary cooling measure, but it cannot completely replace regular cooling equipment such as air conditioning. When using the ice fan, it is necessary to pay attention to safety issues and use it reasonably to achieve the effect of cooling.
The working principle of the ice making fan is to put ice cubes into the tank of the fan, and when the fan is running, the surrounding air is cooled by condensation, resulting in a cooling effect.
Ice fans do provide a certain cooling effect, but their effect is relatively limited. Compared with mechanical cooling equipment such as air conditioning, the refrigeration capacity of ice making fans is weak, and can only provide a certain cooling effect in a local range, and can not reduce the indoor temperature as a whole as air conditioning.
Therefore, ice fans are suitable for small scale use, such as on a personal desk or beside the bed, but have a limited cooling effect on the entire room.
Yes, but not much.
Refrigeration fans can really cool, but the effect is not big. The cooling fan mainly uses ice water as the carrier, and uses ice water to blow out cold air in a short time to achieve the cooling effect. The refrigeration principle of the refrigeration fan is actually to rely on the pump to constantly circulate the operation of water, so as to cool the surrounding air, achieve the effect of physical cooling, and then blow out the cold air through the fan, so the cold fan needs a large capacity of the water tank support, but in the hot summer if the indoor temperature is stuffy, then the wind blown by the refrigeration fan will become more and more hot from the cool wind.