Power supply device for integrated indigenous probiotic propagation system

Abstract

The invention discloses a power supply device for an integrated indigenous probiotic propagation system. The integrated indigenous probiotic expanding propagation system comprises an expanding propagation container used for containing an expanding propagation solution, a heating device and an aeration device which are arranged on the expanding propagation container, and the power supply device atleast comprises a folding solar power generation device installed at the top of the expanding propagation container. According to the invention, continuous power supply to electric components such asthe heating device and the aeration device in the integrated indigenous probiotic propagation system can be realized, and autonomous power supply is met.

Description

technical field [0001] The invention relates to the technical field of indigenous probiotic propagation, in particular to a power supply device for an integrated indigenous probiotic propagation system. Background technique [0002] The integrated indigenous probiotic propagation system can not only realize the integration and miniaturization of the propagation system, but also realize the direct supply of the indigenous probiotics that have been multiplied to the application destination of the indigenous probiotics, thereby reducing the storage of the indigenous probiotics cost, and guarantee the activity of indigenous probiotics. [0003] The integrated native probiotic multiplication system includes a large number of power-consuming components and consumes a lot of electricity. However, the integrated indigenous probiotic multiplication system may be placed in the wild, remote mountainous areas, Gobi and other application destinations. These areas generally It does not h...

AI Technical Summary

Problems solved by technology

[0003] The integrated native probiotic multiplication system includes a large number of power-consuming components and consumes a lot of electricity. However, the integrated indigenous probiotic multiplication system may be placed in the wild, remote mountainous areas, Gobi and other application destinations. These areas generally It does not have a complete power supply network. In addition, the integrated indigenous probiotic expansion system needs to ensure the continuous expansion of indigenous probiotics during transportation. Ordinary batteries and fixed mains power sources cannot meet the electricity demand.

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