20 DEG C-gasification vacuum superconductive radiator

Abstract

The invention discloses a 20 DEG C-gasification vacuum superconductive radiator which comprises radiating fins, wherein the interiors of the radiating fins are communicated to form a completely closed vacuum cavity; the bottom of the cavity is penetrated with a heating pipe; and the cavity is filled with partial superconductive liquid gasified at 20 DEG C. Hot water is led into the heating pipe, then the superconductive liquid absorbs heat to gasify and rises to the upper parts of the radiating fins to condense, and a large quantity of phase change heat is released and diffused to surroundings so as to achieve the purpose of heating; and the condensed superconductive liquid flows back to the lower parts along the inner wall of the cavity and continues to be heated to form a heat-transfer cycle. The device adopts the low-boiling-point 20 DEG C-gasification superconductive liquid, and gasification can be realized at 20 DEG C. The heat transfer starting speed is high, and the vacuum superconductive radiator is particularly suitable for an independent heating system taking a family as a unit. The system needs less cycling hot water, thus water resources are saved, meanwhile, the utilization rate of heat energy is improved, and the purpose of saving energy is also achieved. Scale depositions are not generated in the process of use, and the heat transfer efficiency cannot be reduced after long-term use; and the structure is firm, the tightness is good, thus the service life is effectively prolonged.

Description

technical field [0001] The invention relates to heating and cooling equipment, in particular to a 20-degree gasification vacuum superconducting radiator. Background technique [0002] Traditional heating equipment is typically represented by cast iron radiators and plate radiators, and both use water as the heat transfer medium. They have been used in my country for hundreds of years. However, due to the high specific heat capacity of water and the large water demand of traditional heating equipment, it leads to long preheating time, high preheating energy consumption, slow heat transfer, low thermal efficiency, waste and pollution of water resources, difficult maintenance and short service life. A series of problems, and long-term water storage in the radiator will produce scale, which will further affect the heat transfer efficiency; in addition, because traditional heating equipment is made by ordinary welding, it is easy to appear "running, popping, dripping, The phenom...

AI Technical Summary

Problems solved by technology

However, due to the high specific heat capacity of water and the large water demand of traditional heating equipment, it leads to long preheating time, high preheating energy consumption, slow heat transfer, low thermal efficiency, waste and pollution of water resources, difficult maintenance and short service life. A series of problems, and long-term water storage in the radiator will produce scale, which will further affect the heat transfer efficiency; in addition, because traditional heating equipment is made by ordinary welding, it is easy to appear "running, popping, dripping, The phenomenon of "leakage" has caused a lot of inconvenience to people's lives

These shortcomings of traditional heating equipment also indirectly have an impact on the environment, which does not meet people's requirements for energy-saving, environmentally friendly and low-carbon life

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