Device for efficiently absorbing solar energy by utilizing pulsating heat pipe and nano-particles

Abstract

The invention discloses a device for efficiently absorbing solar energy by utilizing a pulsating heat pipe and nano-particles, and relates to the field of solar heat collection. The device is composedof three parts, specially a pulsating heat pipe heat transfer device, a reflection light gathering device, and a base and power device. The pulsating heat pipe heat transfer device comprises a pulsating heat pipe (1), a heat transfer container (2) and a cover (3); the pulsating heat pipe (1) is embedded in the heat transfer container (2), one part of the pulsating heat pipe (1) is exposed outsidethe heat transfer container (2), the other part of the pulsating heat pipe (1) is hidden in the heat transfer container (2), and the pulsating heat pipe and the heat transfer container are sealed byglue; the surface of the heat transfer container and the surface of the cover are covered with a heat preservation material; the reflection light gathering device comprises a reflection type collecting lens (7) and a connecting rod (8); and the pulsating pipe heat transfer device is fixed at the tail end of the transmission rod (8), and meanwhile a focus of the reflection type collecting lens (7)is just at the exposed part of the pulsating heat pipe (1). According to the device, the pulsating heat pipe serves as a heat exchange foundation, related nano-particles (such as gold, and silver nanoparticles) are added into the pulsating heat pipe, and a real-time high-efficiency focusing solar energy is realized.

Description

technical field [0001] The invention relates to a device suitable for the field of solar heat collection, which utilizes nanoparticles in a pulsating heat pipe and a real-time focusing solar device to efficiently collect solar energy. That is, it takes the pulsating heat pipe as the heat exchange basis, and by adding relevant nanoparticles (such as gold and silver nanoparticles) to the pulsating heat pipe, and using a device that can focus solar energy in real time, a device that efficiently absorbs solar energy is realized. Background technique [0002] The development of renewable energy and sustainable energy technologies, especially those related to solar energy, is of great significance to ensuring the future energy application of our country. So far, in different solar energy application fields such as solar cells and photocatalysis, the heat absorption system of solar energy occupies the largest proportion. However, for the current solar thermal systems, the biggest ...

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