Solar street lamp self-synchronization method based on Internet of Things technology

Abstract

The invention relates to a solar street lamp self-synchronization method based on Internet of Things technology, in particular to a solar street lamp self-synchronization method based on Internet of Things technology which prolongs the service life of solar street light storage batteries. In the solar street lamp self-synchronization method based on Internet of Things technology, an Internet of Things controller is installed on each solar street lamp in an existing area, the Internet of Things controllers are used for controlling the charging / discharging and turn-on or turn-off of the solar street lamps and collecting the operating data of the solar street lamps at the same time; a Zigbee module is integrated in each Internet of Things controller to complete automatic routing networking function and data transmission function of wireless communication, 4G modules are installed to exchange data with a remote PC through wireless signals, and the solar street lamps are controlled by a monitoring software on the PC. The solar street lamp self-synchronization method based on Internet of Things technology, through the control of remote solar street lamps by a monitoring platform, completes alternating-interval lighting of different modes in each time period of the night, reduces the discharge capacity per night of energy storage equipment, reduces the depth of discharge to achieve the purpose of prolonging the life of the energy storage equipment.

Description

Technical field [0001] The invention relates to a solar street lamp, in particular to a solar street lamp based on the Internet of Things technology that controls the remote solar street lamp through a monitoring platform to complete different modes of alternating interval lighting in each time period every night to extend the service life of the solar street lamp battery Self-synchronization method. Background technique [0002] On traditional city circuit lights, the power required by each street lamp on a road is provided by a power distribution cabinet controlled by a three-phase circuit. The power of all street lamps is distributed by the power distribution cabinet. The lighting time of the street lamps on each phase power supply line can be It can be realized by setting a fixed control mode as required. For example, the prevailing mode of lighting of city circuit lights: all three-phase lines are powered before 11 o'clock at night, that is, all street lights are turned on;...

AI Technical Summary

Problems solved by technology

[0008] What the present invention aims to solve is the problem that the existing solar street lamps have a simple control mode, which makes the battery deep discharge for a long time and frequently, makes it in a state of power loss for a long time, and greatly reduces the service life of the battery. The control of street lamps completes the alternating interval lighting of different modes in each time period every night to prolong the service life of solar street lamp batteries. The self-synchronization method of solar street lamps based on Internet of Things technology

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