Spectral irradiance meter with GPRS network communication and Beidou satellite communication technology being combined

Abstract

The invention discloses a highly-intelligent spectral irradiance meter system with GPRS remote wireless communication technology and satellite communication technology being combined. The system comprises a visible light-to-short wave infrared band spectral irradiance measurement system, a remote wireless communication system with a GPRS network and the Beidou satellite communication technology being combined, and a solar power supply system. The communication system utilizes the technology of combining the GPRS network communication and the satellite communication, so that full-automatic regionally-limitless remote wireless transmission of the system is realized, users are allowed to receive the collected data of the remote site irradiance meter in real time without going out, and the set of remote communication system can also be utilized to realize remote site instrument monitoring; and the power system adopts the solar photovoltaic power supply system, so that the instruments can be guaranteed to be powered uninterruptedly for a long term, and long-term highly-intelligent work and operation of the field instruments can be realized.

Description

technical field [0001] The invention relates to the technical field of environmental remote sensing observation, in particular to a spectral irradiance meter compatible with GPRS network and Beidou satellite communication technology. Background technique [0002] The measurement of atmospheric optical properties is an important application in the field of remote sensing. At present, various field remote sensing spectral observation equipment, including the spectral reflectance and spectral radiometers for measuring ground targets, as well as solar radiometers and solar irradiance meters for measuring atmospheric optical properties, etc., although these devices can basically meet the optical requirements of most remote sensing fields. However, because the intelligent applicability of most field observation equipment, especially the remote communication function, is not perfect, frequent large-scale field observation experiments consume a lot of manpower and financial reso...

AI Technical Summary

Problems solved by technology

Due to the needs of remote sensing observation, the equipment has been left in the wild for a long time, and some are even located in some harsh environments, such as the Gobi Desert, mountain tops, seaside or islands, etc. Although most areas have been covered by mobile signals, there are still some remote areas with harsh environments that have not been covered. The coverage or signal is extremely unstable, so operators must also work with these devices in these harsh environments for a long time, which brings great difficulties and restrictions to the continuity of remote sensing observation work. Therefore, the development of a complete remote wireless communication function Highly intelligent field remote sensing observation equipment is very necessary

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