Radio telescope capable of realizing solar power generation

Abstract

The invention discloses a radio telescope capable of realizing solar power generation. The radio telescope comprises a main reflector (1) and is characterized in that: a power generating device (2) is arranged on a reflecting focus point of the main reflector (1); a reflecting line of the main reflector (1) is also provided with a moving reflector (3); and a feed source (4) is arranged on the reflecting focus point of the moving reflector (3). The radio telescope capable of realizing solar power generation has the advantages that: the structure is simple; an array consisting of the radio telescope has the functions of the radio telescope of acquiring and processing a radio radiating signal and disk-type solar thermal power generation; and the radio telescope integrates two functions of performing the solar power generation in the day time and performing the astronomical observation at night, so that the construction cost is saved greatly and common development of the two fields of new energy source power generation and astronomical equipment manufacturing is promoted, and meanwhile, the radio radiation signal reflecting capacity of the single main reflector (1) is strengthened.

Description

technical field [0001] The invention belongs to the technical field of telescopes, and in particular relates to a radio telescope. Background technique [0002] Existing radio telescopes include a main reflector, which is an antenna with a parabolic structure, and a feed is installed at the focal point of the main reflector, and the reflection focus of the main reflector falls on the signal collection point of the feed. The paraboloid of the main reflector is used to collect and capture radio radiation signals from distant celestial bodies. After the radio radiation signals are reflected to the feed point, the feed source sends them to the signal processing mechanism. The processing mechanism identifies the distant Different features of celestial bodies. Due to the fact that the reflective surface of the main reflector cannot be increased infinitely, several radio telescopes are often set up, and the joint observation of each independent radio telescope can greatly improve ...

AI Technical Summary

Problems solved by technology

[0008] The disadvantage of the prior art is that although the radio telescope array and the dish solar thermal power generation system array have a similar main structure, their working principles are different from each other. Forest engines and generators, radio telescopes can only process radio radiation signals, and do not have the function of generating electricity

[0009] As an efficient power generation method with zero carbon dioxide emissions, the initial investment cost of dish solar thermal power generation is relatively high

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