Is it better to assist in heat dissipation or to save energy in natural heat dissipation?

The auxiliary heat dissipation effect is definitely better than the natural heat dissipation effect. For example, add a cooling fan. Of course, to save energy, of course, natural heat dissipation. But there are some places where auxiliary heat dissipation must be used, otherwise the device will not work properly.

Of course, it is natural heat dissipation, more energy saving, this also depends on the heat dissipation requirements to make a decision, if uh does not have particularly high requirements, natural heat dissipation is the best.

Personally, I think of course it's auxiliary heat dissipation, he naturally dissipates heat, and you run too much of his thing, and he can't get on so much, so you should assist it.

In terms of energy saving, natural heat dissipation must be more energy-saving, and it is also a more environmentally friendly method.

Of course, this is better for natural heat dissipation and energy saving, which can be done without the help of external forces, and there are some other uncontrollable factors.

Hello friend auxiliary heat dissipation or natural heat dissipation and energy saving, this personal think it is better to natural heat dissipation and energy saving, I hope to help you.

Well, is this amplitude heat dissipation or natural heat dissipation? It must be a good point for amplitude heat dissipation, and if you assist in heat dissipation, he is heated by external force.

Hello, of course it is auxiliary, the heat dissipation function is better.

Auxiliary heat dissipation or natural heat dissipation, I really think this should still be natural, so it should be safer and healthier.

In terms of auxiliary heat dissipation and natural heat dissipation, I think this thing is relatively good, so this should be Zhong Kui's belief, and this should be able to be purchased directly.

Depending on your computer usage, if it's short-term, it's not necessary, and if it's running all the time, you still need assistance.

The new radiator not only changes the styling, but also saves energy. Radiator energy saving is in line with the country's requirements for the heating industry, energy saving, mainly reflected in the following aspects.

First, the system design temperature difference is 2 times larger than other forms of terminal heating equipment, that is: the same heat is conveyed, and the shaft power of the circulating water pump is reduced by 40% 50%, because the design temperature difference of the hot water system is usually: the forced convection water air heat exchanger 10 such as radiant heating device and fan coil unit; All kinds of non-forced convection heaters 20 25 ; In addition, the heat release of the non-forced convection type heat to the service area is natural convection and radiation, unlike the forced convection water heat exchanger such as fan coil unit, which requires a fan.

Considering the above two factors, for every 1000W heat supplied to the room, the non-forced convection heat generator is about 15W more energy-saving than the forced convection water air heat exchanger; It is about 3 5w more energy-efficient than radiant heating devices.

1. Cast iron radiator Cast iron radiator can be divided into column type and airfoil type according to the shape, and airfoil radiator is divided into round airfoil type and long airfoil type. Cast iron radiator has the advantage of corrosion resistance, but the pressure should not be exceeded, and the weight is large, and the labor intensity is high when assembling, and it is suitable for heating systems with less than working pressure, or in buildings not more than 400m high. Airfoil radiators are mostly used in factory workshops, and column types are mostly used in private buildings.

2. Steel radiator Compared with cast iron radiator, steel radiator has the advantages of less metal consumption, high compressive strength, beautiful and tidy appearance, small size, less land occupation, easy layout, etc., but it is susceptible to corrosion and short service life, and is mostly used in high-rise buildings and high-temperature water heating systems, and cannot be used in steam heating systems, nor is it easy to be used in heating rooms with high humidity.

3. With the development and progress of society, people have put forward higher requirements for the performance and aesthetics of radiators. With its outstanding advantages, aluminum alloy stands out and quickly occupies the market, becoming an ideal choice for radiator upgrading. Its characteristics are:

The pressure resistance and heat transfer performance are significantly better than those of traditional cast iron radiators; The appearance is elegant, with strong decoration and ornamentality; Small size, light weight, simple structure, easy to transport and install; Corrosion-resistant and long-lasting. Aluminum alloy radiators are mainly in the form of airfoil and closed type.

It should be noted that in China, in domestic and export sales, almost all the radiators at this stage of 600-1800mm are separated. Because the overall is not very easy to do, this is a reason. Another reason is that at this specification stage, everyone prefers the split one over the overall radiator.

Because the radiator of the split radiator can meet the personalized and differentiated needs of our customers. In addition, the split radiator also has a great advantage, which is foreshadowed first, and then explained in detail.

The types of radiators include mild steel, copper tube aluminum strings, copper-aluminum composite, steel-aluminum composite, cast aluminum, cast iron, and pure copper. (1) The copper tube aluminum string is a radiator with a relatively high safety factor, because it has the least welding points, and 80%-90% of the radiator leakage is leakage at the weld, but the disadvantage of this radiator is that the heat dissipation performance is not good when the water temperature is relatively low (2) The disadvantage of the copper-aluminum composite radiator is that copper and aluminum are originally two materials, and the expansion coefficient of the two materials is not the same, and the gap between copper and aluminum is getting larger and larger with the service life. The heat dissipation performance is decreasing year by year: (3) the heat dissipation performance of steel and aluminum is worse than that of copper and aluminum, and (4) the radiator of cast aluminum is not suitable for use in alkaline water quality. You can choose from your own home gas stove.

5) The radiator of pure copper is very good, but ** is very high, and it can be chosen if the economic strength can. ‍‍