All-weather solar wireless intelligent lighting system based on double batteries

Abstract

The invention discloses an all-weather solar wireless intelligent lighting system based on double batteries. The all-weather solar wireless intelligent lighting system based on double batteries comprises a double-battery lighting subsystem, a ground photovoltaic power station, a battery charging network, and a wireless remote monitoring control subsystem. The double-battery lighting subsystem comprises a double-battery set composed of a memoryless lithium battery and a memory lead-acid battery and is used for providing all-weather light for users. The ground photovoltaic power station is used for absorbing solar energy and converting the solar energy into electric energy, charging the memory lead-acid battery, and providing required full-load electricity for the memory lead-acid battery. The battery charging network is used for connecting the memory lead-acid battery with the ground photovoltaic power station, transmitting required electricity for the memory lead-acid battery, and enabling the double-battery set to fully meet the electricity demand of a light source. The wireless remote monitoring control subsystem is sued for monitoring, acquiring, transmitting and storing battery capacity and outdoor light, processing the acquired information, and determining whether to control charging and discharging of the batteries or not and whether to remotely control on, off, duration and brightness of lamps or not.

Description

technical field [0001] The invention relates to the technical field of solar lighting, in particular to an all-weather solar wireless intelligent lighting system based on dual storage batteries. Background technique [0002] As the most important clean energy in the 21st century, solar energy has attracted the attention of many researchers. The application of solar photovoltaic technology has also been industrialized at home and abroad, especially solar lighting technology. It is a combination of photovoltaic technology, battery technology, and microcomputer control technology. , lighting technology and communication control in one of the new technologies. Looking at the research on solar lighting technology at home and abroad, it is found that the stable operation of solar lighting systems is related to environmental conditions and the configuration of component equipment. Specifically reflected in: [0003] First, the application of solar lamps in some areas and occasion...

AI Technical Summary

Problems solved by technology

[0008] In order to solve the problem of battery service life and capacity configuration in solar lighting systems, and to be suitable for unchangeable environmental conditions such as discontinuous solar resources and erratic weather throughout the year, the system can operate around the clock to meet the needs of various lighting functions and ensure the operation of the entire system The reliability of the system maximizes energy saving. The invention provides an all-weather solar wireless intelligent lighting system based on dual batteries

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