1, the starting temperature is low, and the temperature transfer can be started only at 35℃. However, the strong transfer of water must exceed or reach 100℃, and the temperature of water is very slow and the transfer is even slower. Generally speaking, it takes one to two hours for water to be heated to room temperature. Superconducting heating can heat the radiator in only 3-5 minutes, and its transfer speed is several times that of water heating, and it can transfer more than 15-20 meters per minute.
2. It will not freeze at MINUS 40℃, and there is no hidden danger of equipment freezing. Water heating equipment in cold areas will freeze and crack water pipes and radiators as long as it is stopped for one day.
3, life-long maintenance-free, vacuum superconducting heating once installed, as long as it is not man-made damage, life-long maintenance-free, service life can reach more than 30 years.
4. Save energy, save coal by 30-40% and water by 100% compared with water heating equipment. Only a small amount of superconducting liquid needs to be charged once in life. "
At present, the maturity of this technology is not reliable, and many technology companies are speculating on the concept. If you want to keep it simple, you can consult the research institutions in Jiaxing about the real development of this technology.
-Introduce superconducting liquids in more detail.
Many people in society think that the key problem of vacuum superconductivity lies in superconducting liquid. Actually, this is a misunderstanding. Superconducting liquid itself is only a medium for heat transfer, just like a means of transportation of energy, but it is not the whole superconducting system. There are hundreds of kinds of superconducting liquids, which are divided into low temperature, medium temperature and high temperature due to different needs. Heat transfer below zero requires a very low boiling point to transfer heat, and if it is used for superconducting radiator, it needs a medium from 20 to 30 degrees; If it is used for home heating, the range is about 50-60 degrees to 100 degrees, then a superconducting liquid with a phase change of 40-55 degrees can be used; If it is used for drying, it needs a phase change material with the temperature above 100 ~ 300 degrees as the medium.
Therefore, only by using different materials according to different needs can the predetermined effect be achieved. Therefore, only by understanding the properties of superconducting liquid materials can the correct superconducting liquid be prepared. Don't think that buying a formula is omnipotent, which is one of the reasons why losers fail. To find the source, come to Jinan Oriental Dragon-Professor Jiandong Ding, the technical inventor (just log on to the websites of People's Republic of China (PRC) and China National Intellectual Property Administration, click on the "advanced search" column on the right, and a list of "patent search" will be displayed. There is a "patent applicant" column in the middle of the left side of the form, and Jiandong Ding search can be filled in the form).
Superconducting liquid is an indispensable part to ensure success. More importantly, in the process of application, the superconductor used is not a single superconductor, but a system, which includes heat source-medium endothermic phase change (transmitted through pipes)-radiator (condensed superconducting liquid returns to the heat source for repeated heat transfer). This is a systematic process, so it is not difficult to see that installation technology has become a key issue.
In other words, it is impossible to succeed without understanding the installation technology. Therefore, to learn technology, we must master comprehensive technology to ensure success.