What is the difference between using Jhheatsup far infrared heater for heating and using air conditioner？
The main difference between using a JHHeatsUp far infrared heater for heating and using an air conditioner is the way they produce and distribute heat.
JHHeatsUp far infrared heater produces heat through the use of far infrared radiation, which heats up objects and surfaces in a room directly. The heat produced by a far infrared heater is similar to the heat produced by the sun, which is why it is often described as a natural and comfortable form of heating. Far infrared heaters do not heat the air directly, but rather they warm the objects in the room, which in turn radiate heat and warm up the air.
On the other hand, an air conditioner cools or heats the air in a room by circulating it through a refrigerant and exchanging heat with the outside environment. Air conditioners are designed to remove heat from a room and expel it outside, or to add heat to a room by reversing the cooling process. Air conditioners work by blowing cool or warm air into a room, which can create a breeze or draft that can make a room feel cooler or warmer, depending on the desired temperature.
In summary, the main difference between using a JHHeatsUp far infrared heater for heating and using an air conditioner is that a far infrared heater warms up objects and surfaces in a room directly, while an air conditioner cools or heats the air in a room and circulates it through the space.
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It depends on various factors, including the specific design and model of the heater, insulation and air flow in the room being heated, and temperature settings. Some far infrared heaters may be more energy efficient than others, but this is not always the case. It is recommended to consult product specifications and customer reviews to determine energy efficiency.
Far infrared heaters convert electrical energy into far infrared radiation, which is then absorbed by objects in the room, leading to increased temperature. The efficiency of a far infrared heater depends on several factors, including the size of the room, insulation, and type of heater. On average, far infrared heaters are considered to be more energy-efficient than traditional heating systems as they directly heat objects, reducing the amount of energy lost through convection. However, the actual energy efficiency may vary based on usage and environmental factors.
A classic convection heater heats initially circulating air. Our infrared heating panels first people and objects, not the air around it. Infrared rays heat up the skin in a short time, and that warm glow goes through the blood circulation around the body. So you feel pretty soon a comfortable warmth while the surrounding air can be cooler.
This illustration shows the difference between conventional and convection heat infrared heater:
1.It warms human body directly by far infrared ways, instead of wasting lots of energy to warm the air.
2.Compared with other radiant heater, it has much higher electricity-heater efficiency, because our heater adopts new Nano technology.
3.It is much more comfortable than other electric heater.
Assuming an electricity rate of €0.35 per kilowatt-hour, the operating costs for JH heaters range from €0.63 per hour (1800 W) to €1.12 per hour (3200 W). For comparison, a much less efficient “mushroom-type” patio heater with 13 kW costs €4.55 per hour to run, i.e. four times as much as the most powerful and longest model.
The difference is only the radiant panel design, inside heating element and structure are same, and the heating effeciency is also same.
Basially,the shorter the wave,the more easily it travels throught the air,Short wave infrared generates heat by heating the object it meets with,without heating the air around it, Even effective and instand heat withou pre-heating. A good example for this mode of acton is the effect that occurs when a person walks out of the shade into the sunlight. Although the ambient temperate remains the same,they feel the temperate as considerably warmer under direct solar radiation.