Remote monitoring solar street lamp controller based on cell phone network

Abstract

The invention relates to a remote solar street lamp monitoring device based on a cell phone network, in particular to a remote monitoring device applied to the solar street lamp controller. The controller comprises a power control unit 31, a core processing unit 32, a street lamp state monitoring unit 33, a GSM communication unit 34, a standby state monitoring unit 35 and a keyboard and display unit 36; the invention solves the problem of remote wireless monitoring of solar street lamps or other solar-energy-powered devices, improves stability of solar energy power supply system, realizes scientific management of storage batteries by employing a 3-stage charging mode and effectively prolongs service life thereof.

Description

Technical field [0001] The invention relates to a remote monitoring equipment for solar street lights based on a mobile phone network, in particular to a remote monitoring equipment applied to a controller for solar street lights. Background technique [0002] As a high-efficiency and pollution-free energy source, solar energy has received more and more attention. For occasions where the sun is sufficient and not suitable for laying power cables, solar power has become one of the current power solutions. As one of the road lighting products, solar street lights have been widely used in various road lighting. [0003] At present, solar street light controllers generally work as a single machine independently. A single controller only monitors the voltage of the solar battery to control the turning on or off of the street light, and the charging control is generally constant current. However, this stand-alone independent working mode cannot monitor the status of street lights in re...

AI Technical Summary

Problems solved by technology

[0007] The utility model patent "200620096426.2 - a solar controller with anti-reverse charging", aimed at the problem that the output electrode of the solar battery is easily considered to be reversed and damaged, the anti-reverse circuit is designed, which effectively protects the solar panel and the back-end processing circuit

[0011] However, the above-mentioned technologies have not yet provided effective means for solving the above-mentioned problems.

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