Novel heat pipe heating system and heat conduction method

Abstract

The invention discloses a novel heat pipe heating system and a heat conduction method. The traditional heater mode is broken through. The system comprises multiple parallel thermalsiphon pipes, a hot water storage device, a hot water inlet pipe and a hot water outlet pipe; evaporation sections of the parallel thermalsiphon pipes are arranged in the hot water storage device; the condensation sections of the parallel thermalsiphon pipes are arranged in indoor air; a plurality of metal fins are welded at the pipe body of each thermalsiphon pipe; an inner embedding spiral wire is arranged at the hot water inlet pipe; incoming hot water is subjected to enhanced heat exchange once in a forcible convection mode by the hot water inlet pipe and then is subjected to the enhanced heat exchange again by the disturbance action of the inner embedding spiral wire. After being injected to the hot water storage device, the hot water is in contact with the thermalsiphon pipes and transfers heat with the thermalsiphon pipes, and finally the heat is discharged to the outside by the thermalsiphon pipes. The efficient heat conduction feature of the thermalsiphon pipes is fully utilized, the heat conduction area is enlarged by assisting of the fins, the heat exchange amount is greatly enhanced, and the dual benefits of saving energy and enhancing the heat conduction and heating are achieved.

Description

technical field [0001] The invention relates to the structure and design of an innovative energy-saving heating equipment, specifically a new type of powerful heat dissipation equipment that uses thermosiphon technology and supplemented by a certain number of metal fins to enhance heat exchange and reduce equipment manufacturing costs . Background technique [0002] The heating energy consumption of central heating in the north, as a large energy consumer, has always been concerned by the Chinese government. At present, the central heating in northern my country mainly uses traditional radiators represented by cast iron radiators, steel radiators, and aluminum radiators. Although traditional radiators basically meet people's requirements for comfort, they are not ideal due to their large metal consumption, low heat transfer efficiency, and high energy consumption, and the existing improvement methods are not enough to overcome their shortcomings. radiator. For example: th...

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Problems solved by technology

[0004] The purpose of the present invention is to provide an innovative method for improving heat transfer efficiency in view of the problems of large energy consumption and poor heat dissipation effect of traditional central heating heating devices, as well as the problems of high production cost and low energy saving efficiency in previous solutions. A new type of heat pipe heating system, which improves heat transfer efficiency and can minimize production materials to reduce costs, so as to achieve effective energy saving, significant heat dissipation effect and economical materials.

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