Space environment energy collector

Abstract

The invention discloses a space environment energy collector, comprising metal corrugated fins, working medium circulating pipes, fixing side walls, and circulation joining bend pipes. Through technical measures of arranging and fixing all fins according to fixed intervals and dimensions in a dense manner, and spraying a black body polymer on surfaces of all components, the space environment energy collector becomes an artificial cavity black body. A compound with a low-temperature evaporation heat absorption function is selected to use as a working medium, and the space environment energy collector forms a low-temperature energy field. The space environment energy collector can efficiently collect and absorb sunlight, infrared rays, electromagnetic waves, sound waves, radiation energy and other natural energy widely exist in space environment, and energy wave scattering or passing-through overflow loss would not occur. The space environment energy collector can efficiently and rapidly provide absorption and conversion heat energy for a heat exchanging device of a configured hot water project. The space environment energy collector has outstanding characteristics of wide and sufficient energy sources, good capturing, absorption, and conversion capacity, high heat exchanging efficiency, and free of any restriction.

Description

technical field [0001] This patent relates to a hot water engineering exchange device, in particular to a space environment energy collector used for heat collection in the hot water engineering exchange device. Background technique [0002] With the development and progress of human society, providing domestic hot water service for the people has become one of the important symbols of civilization and progress in all countries in the world. In the 1950s, scientists in some western industrialized countries began to research and experiment on solar heat exchange devices to produce domestic hot water for the purpose of research, exploration, development and utilization of new energy sources, and soon succeeded and realized industrial production; in the early 1970s The outbreak of the first oil crisis triggered an upsurge of research and development and application of solar heat exchange devices in countries around the world. Through the joint efforts of engineers and technicia...

AI Technical Summary

Problems solved by technology

[0006] This patent aims at the weaknesses and deficiencies existing in the technical field of solar energy heat exchange devices in my country, and researches and designs a space environment energy collector that uses artificial cavity black body technology to efficiently collect and absorb various natural energies in outdoor spaces and convert them into thermal energy applications. Solve the common technical problems of existing domestic solar water heaters, such as poor heat absorption and collection capacity, low heat exchange efficiency, high operation failure rate, and difficult operation under rainy and low temperature conditions at night

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