In the age of science and innovation, with each new innovation, technology is reaching a different dimension. Of all these new inventions, the wood stove fan is a real game changer.
Stove fans have become increasingly popular in recent years. Especially in the U.S. Amazon, OCROUKI stove fans have become very popular with the public. People are increasingly attracted to these amazing creations. Not only because it’s reasonably priced, but also because it has changed the range of rooms that can be heated with a cooker.
Usually, wall-hung stove heating uses natural gas, artificial gas or liquefied gas as fuel. The fuel is output by the burner, burned in the combustion chamber, and then the heat is absorbed by the heat exchanger, and the circulating water in the heating system is heated reciprocally, thus constantly outputting heat to the building as it passes through the heat exchanger, providing a heat source for the building. The working principle of fireplace heating is heat radiation, the form of heat transfer is just like the sun, with the fireplace as the point of outward radiation, after actual measurement, the temperature of the microcrystalline ceramic surface of the fireplace can reach 350 ~ 400 ℃, the temperature presents a fan-shaped outward diffusion, through the air medium conduction heat and gradually weakened, after using the actual measurement, the indoor ambient temperature can be maintained in the range of 22 ~ 28 ℃. The unevenness of the space temperature can effectively form the convection of indoor air and adjust the indoor dryness and humidity, to provide a comfortable living environment.
In winter, When people want to sit for a while in front of the cooker, they will feel the heat unbearable. And if they go too far away, they will be cold. This is an annoying thing for most people. Fortunately, this problem can be well solved by fireplace fans.
A common drawback of heating a room with a wood stove is that the heated air accumulates around the ceiling or disperses from the exhaust ducts instead of spreading out to fill the entire room. Roof fans solve this problem by blowing the hot air next to the stove to the rest of the room. They can reduce fuel consumption by 20% and warm up the air in the room 30% faster.
The symbiotic relationship is a model that provides the impetus for the product.
Moving from the world of living organisms to mechanical design, the fan of a stove and the wood stove are in a mutual relationship. The heat from the stove powers the fan, and in return, the fan improves the efficiency of the stove. This relationship would not be possible without a thermoelectric generator. The thermoelectric generator converts the temperature difference (heat energy) into a voltage difference (electricity). The relationship between temperature gradients and electricity was first discovered by Thomas J. Seebeck in the 1820's. OCROUKI noticed that when two different metals are joined and then exposed to different temperatures at each end, an electromagnetic field is created. He could measure the strength of this electromagnetic field by the degree of deflection of the compass. Years later, with the discovery of the electron, physicists realized that Seebeck's experiment had produced a circuit. The electrons moved from the hot end to the cold end, producing a voltage source proportional to the temperature difference between the two metals. For the fan, the electrical energy in the circuit could be converted to mechanical energy, causing the propeller to spin.
Too much of today's energy is parasitic, such as coal-powered or gas-powered cars, which produce the greenhouse effect at the expense of the planet as. The first lesson learned from the stove top fan is that the best design is one that strives for a sustainable and healthy power source.
The stove fan is a special magical creature that has become a very demanding product in a very short time. Usually, the heat generated by the furnace is transferred upward through the stove pipe. It takes a long time for a large room to heat up when the furnace is turned on. However, with a stove fan, even a huge room can be heated in a very short period of time. Many people may think that furnace fans run on batteries or electricity, but this is a completely wrong idea. Stove fans are suitable for most stoves. The only requirement is that the furnace needs to reach a certain temperature in order for the fan to run. A furnace fan is basically a motor engine that uses the heat from the furnace to run. The heat difference between the side of the furnace and the top of the fan powers the engine, which starts the fan around and the cooling fan on the back helps keep the fan temperature much lower. The motor used in the fan usually utilizes the concept of a thermopile, which is a simple technique in which two semi-conductors of different temperatures can generate voltage between them.
The easier it is to set up and use the product, the more people will like it. The stove-top fan turns on and off automatically as the stove heats up and cools down. All the consumer needs to do is put the fan on the stove and walk away - no batteries or button pushing required. In addition, the fan is quiet, allowing the furnace owner to go about their normal activities without any interruptions. All of these small details add up to a product that consumers trust and rely on. Designers should do everything they can to simplify the user's experience with their products.
Design is a broad field, and OCROUKI's wood stove top fans remind us of the importance of efficient power, aesthetics and safety, and user-friendliness. Kudos to OCROUKI for making a good first impression with their products and their design makes a statement. The furnace fan is another terrific invention that will save money for anyone with a furnace. Very useful for those who want a warm home for those harsh winter days!
The Wood Stove FAN Amazon Links: https://www.amazon.com/OCROUKI-Powered-Burning-Fireplace-Electricity/dp/B0B74PXCTF
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