Photoelectric polymerization refrigerating and heating system and method

Abstract

The invention relates to a photoelectric polymerization refrigerating and heating system and method. The photoelectric polymerization refrigerating and heating system comprises at least one of a heating device and a refrigerating device and further comprises working medium containers, a superconductive element, an energy dissipation device and a controller. The working medium containers and the energy dissipation device are connected through a pipeline to form a circulating pipeline. One end of the superconductive element is connected with the heating device and / or the refrigerating device. A plurality of branches are guided out from the other end of the superconductive element, wherein the number of the branches is the same as that of the working medium containers, and the branches stretch into the corresponding working medium containers or are attached to the outer walls of the corresponding working medium containers. When the photoelectric polymerization refrigerating and heating system is used for heating, heat energy generated by the heating device is controlled by the controller to be transmitted through the superconductive element to heat working media in the working medium containers and reach the energy dissipation device through the circulating pipeline for heat dissipation, and the process is circulated for heating. When the photoelectric polymerization refrigerating and heating system is used for refrigerating, cold energy generated by the refrigerating device is controlled by the controller to be transmitted by the superconductive element to refrigerate the working media in the working medium containers and reach the energy dissipation device through the circulating pipeline for cold dissipation, and the process is circulated for refrigeration. According to the photoelectric polymerization refrigerating and heating system, heating and refrigerating are combined and unified, and the safety and reliability are improved.

Description

technical field [0001] The invention relates to the technical field of heating and cooling, in particular to a novel photoelectric polymerization cooling and heating system and method. Background technique [0002] At present, it has become a widely popular heating / cooling technology to use electric heating for heating and heating in cold seasons and air conditioners and other refrigerators for cooling in hot seasons. However, the heating or cooling systems currently used are two independent That is to say, the two system components are independent, and the functions are independent and incompatible, that is, the user needs to equip two systems to realize the heating supply in the cold season and the cooling supply in the hot season, which greatly increases the cost and the two The use of the cover system can easily cause inconvenient use. In addition, currently widely used heating and heating systems usually use circulating pumps to drive high-temperature circulating fluid...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the problems of incompatibility of independent system settings, complex structure, high potential safety hazards and high cost budget existing in the application of existing heating and cooling systems, and proposes a new type of photoelectric polymerization cooling and heating system, which has a simple and exquisite system structure and improves the The safety and reliability of the heating and heating system reduces the system cost and enables the compatibility and unification of the heating and cooling system

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