The patent number for lithium bromide vacuum superconducting heating is:

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Invention patent (1) Utility model patent (4) Serial number Application number Patent name.

1 Vacuum energy-saving radiator.

2 Vacuum heating stoves.

3 Vacuum-type high-efficiency and energy-saving household heat exchanger.

4. A kind of vacuum heating circulating pipeline.

5 Water-based medium vacuum heating device.

There are some patents for vacuum superconducting heating, but there is no lithium bromide used as a working fluid in the world, like this is a typical vacuum superconducting heating system.

Application No.: Date of Application:

Name: Vacuum superconducting heating system.

Public (Announcement) No.: CN2811806 Public (Announcement) Date:

Main classification number: F24D15 00 ( Division original application number:

Classification number: F24D15 00(

Date of Award: Preferential:

Applicant (patent): Teng Shaohe.

Address: Room 603, Private Science and Technology Park, No. 8, Shenzhen Street, High-tech Zone, Jilin City, Jilin Province, 132013 Province Inventor (Designer): Teng Shaohe International Application:

International Gazette: Date of entry into the country:

Patent ** Institution: Jilin Dali Patent Law Firm Agent: Zheng Diangui Abstract The utility model discloses a vacuum superconducting heating system, which comprises a boiler, a steam supply pipe, a radiator, a liquid return pipe, and is characterized in that, a vacuum device is arranged between the end of the radiator and the liquid bend of the liquid return pipe, and the advantages of this heating system are that the heat conduction fluid is used as the medium, and it is added at one time, and it is used for a long time, and the steam and liquid circulate naturally, and there is no need to set up the circulating pump, and the problem that the end of the radiator is not hot has been solved, The technology can be popularized and applied in a large area, the heat transfer fluid is pure, operates in a vacuum state, there are no oxidation reaction conditions in the system, there is no corrosion in the pipeline and equipment, no scaling, no blockage, less maintenance workload, and long service life; The system can save coal, save electricity, easy operation, low cost, production safety, can be widely used in urban and rural industrial and civil building heating, rural planting and breeding greenhouse heating, has a good application prospect.

Solar water heater superconducting heating is a world-leading technology, is the use of solar energy as a heat source, with superconducting radiator as the heat dissipator, its working principle is that the solar collector tube heats the water, the temperature rises to more than 55 to stimulate the superconducting medium in the superconducting radiator vaporization, transfer heat energy at the speed of sound, 5 to 10 minutes can heat the whole system to more than 80 (the temperature can be controlled), save energy, the service life can be up to 50 years.

The heat absorbed or released during the phase transformation of a unit mass of a substance is called the latent heat of gasification of a substance. Heat transfer in superconducting medium is a heat conduction process in which molecules and atoms of a substance collide and rub against each other to produce heat energy, resulting in aggregation and fusion, so that the superconducting medium instantly heats up at high speed, and the energy is transferred from the high temperature part of the object to the low temperature part of the heat conduction process (when the absolute pressure of water is, the temperature is, the enthalpy of liquid is, and the enthalpy of steam is; When the absolute pressure of water is, the temperature is, the enthalpy of liquid is, and the enthalpy of steam is. So as to achieve the purpose of high efficiency and energy saving.

enthalpy, which characterizes the amount of heat absorbed by an object. In the isobaric process, it is the sum of the product of the internal energy of a system and the volume of the system and the pressure exerted on the system from the outside. It overcomes the three major problems of gas resistance, large water consumption and low transmission efficiency of the old water boiler, which can not only be used for large-scale unified heating, but also for each room of a single family to be heated alone, and can also turn off the heating of any room at will, control the temperature independently, greatly save heating costs, and truly realize that bathing and heating can be used at the same time, and it is suitable for use in any area without freezing at minus 40 50 degrees.

The technology was not successful, and I went to Beijing to see several of them that were not true.

If you want to use the solar heating system for heating, there are such new products in the market at present. But the effect is not very obvious. At present, there is no country in the world that can convert 70% of the heat of solar energy into solar energy, this is a world-class problem, it seems that Japan has reached more than 40% at present, and the best absorption and conversion of solar energy in China can only reach 35%-40%, so can it be heated?

It can only be more energy-efficient by adding solar energy on the basis of electric heating. It is a misconception that Ruyan relies entirely on solar heating, heating is possible, but the cost is very high. What if there is no sunshine that day?

Have you thought about this question? Solar heating is just to bring the water temperature to a certain temperature, as the winter sunlight intensity and irradiation time, the general temperature can reach about 50 degrees at most, so how can the water temperature of 50 be heated! It must also be assisted by electric heating!

If you want to save the cost of heating and go far away with the long family oak, it is recommended that you use solar photovoltaic integration, use solar energy to reach a certain temperature of the water, and then use electricity to heat it quickly, not only saving, but also preventing the winter without sun to meet the heating requirements. The vacuum superconducting radiator does not use water, but only adds lithium bromine solution medium, which is sealed and separated from water. It is a new type of thermal conductive medium that was converted to civilian use by the National Academy of Launch Vehicles in 2003.

This medium is more than ten times higher than the heat transfer rate of water heating, and the main purpose is to accelerate the increase in indoor temperature rise. .It is recommended not only to rely on solar heating, but also to save energy and electricity!!

No, lithium bromine solar heating project, the lighting area is relatively large, can not be put in the balcony, a 100 square meter house heating for example, the area of the collector pipe is about 15 square meters, wall hanging, balcony can not be placed.

Needless to say, you just need to know how to calculate it, although I don't know the formula, I still know what energy is all about. Eighty watts of energy per square meter of indoor heating in Beijing are required. With this number, how much is the electricity consumption of this 80 watts of energy?

How much does solar energy cost? The answer is that electricity is 1.2 to 1.5 degrees. A solar collector is required for 1.2 to 1.5 square meters.

Then a 100-square-meter house needs 120 to 150 square meters of solar collectors. This cost is high. So generally no one will do it.

They won't say that, they'll just tell you what the speed of our conduction is, or something else that doesn't matter. You need to understand one thing, and that is the law of conservation of energy. No matter what is used for heating, the energy required in the room is the same.

Electricity, gas, coal, or solar energy can all be calculated.

In the first two years, many people were deceived by solar air conditioners, **TV station has reported. The principle is the same. Theoretically, both heating and cooling are possible.

It's just that the ** people secretly change a concept, and people believe it if it sounds good. I also don't want to think about why big business doesn't do it. Why do you not do so much solar energy for more than ten years, just waiting for you to do it?

And to calculate the required energy, is the number of solar collector panels or photovoltaic panels he is equipped with enough? If it's not enough, you're lying.

Note: One square meter of solar collector panels produces about one kilowatt-hour of electricity per day. The cost of solar heating for a 100-square-meter house is about 700,000 yuan.

Vacuum superconducting radiator is a new product developed on the basis of traditional radiator, the product is to walk water in the steel pipe in the bottom interlayer of the radiator, inject a small amount of superconducting liquid into the inner cavity of the radiator, when the hot water passes through the connecting pipe at the bottom of the superconducting radiator, the superconducting liquid in the superconducting radiator is activated. The activated and vaporized hot gas radiates heat through the surface of the radiator and dissipates heat. At the same time, it is condensed and flows back to the heat source duct, where it is activated for vaporization.

Work so repeatedly to achieve the purpose of heat dissipation.

There is this technology, but it is not as energy-saving as they say, it just conducts heat relatively quickly, it does not produce energy itself, and it does not save energy

The effect is okay. However, there are not many people who can use it, and I am worried that your sales will not be good.

I understand that solar heating in winter has certain limitations. For example, the amount of sunlight per year at the installation site. Heating at the end of the system, (underfloor heating.

Fan coil units and radiators) each mode has different operating conditions, and the requirements for solar energy are also different. If you want to do it, you must first understand the direction of development in this area.

It's not very credible, energy can't be generated by itself, even if the transmission efficiency is improved, but it's impossible to increase the energy.