Energy storage type thermoelectric power generation device used for moon base station

Abstract

The invention discloses an energy storage type thermoelectric power generation device used for a moon base station. The energy storage type thermoelectric power generation device comprises a detectionmodule, a control module and a power generation module, wherein the power generation module comprises a solar thermal collector, a reversible self-circulation heat pipe, a phase change heat storage tank, a temperature uniformity heat plate and a thermoelectric power generator; and the reversible self-circulation heat pipe comprises a front segment heat pipe, a middle segment heat pipe, a rear segment heat pipe, first three-way valves arranged between the front segment heat pipe and the middle segment heat pipe, second three-way valves arranged between the middle segment heat pipe and the rearsegment heat pipe, a front segment circulating pipe connected between the first three-way valves and a rear segment circulating pipe connected between the second three-way valves. The power generation device disclosed by the invention can switch between a heat storage circuit and a heat release circuit, heat storage of the moon in daytime and heat release power generation at night are realized, and the problem of energy supply when the moon is free of solar energy at night is solved.

Description

technical field [0001] The invention relates to a heat storage and temperature difference power generation device, in particular to an energy storage type thermoelectric power generation device that stores heat during the day and releases heat to generate power at night under the lunar environment. Background technique [0002] The moon has a variety of unique resources that can be developed and utilized by humans. The unique minerals and energy on the moon are an important supplement to the earth's resources. Returning to the moon, developing lunar resources, and establishing lunar bases have become an inevitable trend of human spaceflight activities and hot spots of competition. At present, the energy required for the lunar exploration process is mainly supplied by solar cells. With the advancement of the lunar exploration process and the expansion of the scale, it will be difficult to maintain the orderly development of various exploration tasks by relying on solar energy...

AI Technical Summary

Problems solved by technology

At present, the energy required for the lunar exploration process is mainly supplied by solar cells. With the advancement of the lunar exploration process and the expansion of scale, it will be difficult to maintain the orderly development of various exploration tasks by relying on solar energy alone, especially when the moon enters the dark night without solar energy. available, lunar exploration missions will be terminated

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