Novel device adopting built-in superconducting parts and heating/refrigerating method

Abstract

The invention relates to a novel device adopting built-in superconducting parts and a heating/refrigerating method. The novel device comprises a working medium container and a superconducting element, wherein the working medium container is provided with a through hole, and the superconducting element can stretch into the through hole; after the superconducting element stretches into the through hole, the working medium container is of a sealed structure, and working media are stored in the working medium container. One end of the superconducting element stretches into the working medium container, the other end of the superconducting element is connected with a heat source or a cold source, and the working media stored in the working medium container are directly or indirectly heated or refrigerated through heat energy or cold energy transferred by the superconducting element. The working medium container is further provided with a connection port used for being communicated with a pipeline, and the working media in the working medium container are controlled to be communicated with or isolated from working media in the pipeline through a switch. According to the novel device adopting the built-in superconducting parts, the working media stored in the working medium container are directly or indirectly heated or refrigerated through the superconducting element, electric energy is saved, heating/refrigerating efficiency is improved, safety and reliability are improved, and the cost is lowered.

Description

technical field [0001] The invention relates to the technical field of heating and heating, in particular to a novel device and a heating / refrigerating method using a built-in superconductor. Background technique [0002] At this stage, electric heating has gradually replaced the traditional heating methods such as firewood, charcoal and coal, which have serious environmental pollution and high safety hazards, and become the mainstream heating technology due to its convenience and environmental protection. The heating and heating system using electric heating and heating can be deployed in any place with heating demand without being restricted by environmental conditions, especially suitable for places with large spaces. It only uses and consumes environmentally friendly electric energy of non-polluting substances, so It has been widely promoted and applied. At present, the widely used heating system usually adopts the circulation pump to drive the high-temperature circulat...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the problems of complex structure, high energy loss, high potential safety hazards and high cost budget existing in the application of existing heating and cooling systems, the present invention provides a new type of device using built-in superconductors. One end of the superconducting element is Built in the working medium container to realize the integration of the built-in superconducting heating / refrigerating device, which can realize the direct or indirect heating / cooling of the working medium stored in the working medium container by the superconducting element, shorten the circulation pipeline length, and reduce the The energy loss in the conveying circulation pipeline improves the heating / cooling efficiency, saves electric energy, improves safety and reliability, and reduces costs

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