Solar street lamp controller upgrading system

Abstract

The invention discloses a solar street lamp controller upgrading system, which comprises an MCU, a GSM / NB-iot communication module, an infrared communication module, a power module and an antenna, wherein the MCU is connected with the GSM / NB-iot communication module, the infrared communication module, the power module, the antenna and an indicator lamp for performing control or input and output oneach module; the communication interface of the infrared communication module is connected with the infrared communication interface of the street lamp controller for acquiring real-time data of thestreet lamp controller and transmitting the data to the MCU; the GSM / NB-iot communication module is used for being connected with the MCU and a cloud server, the real-time data acquired by the MCU aretransmitted to the cloud server through the GSM / NB-iot communication module, and the cloud server issues an instruction to the MCU through the GSM / NB-iot communication module; and the power module isin circuit connection with the MCU, the GSM / NB-iot communication module, the infrared communication module and the indicator lamp for providing power for each module. Upgrading of the traditional solar street lamp controller is realized, an Internet of Things communication function is thus achieved, the use is facilitated, and the solar street lamp use cost is greatly reduced.

Description

technical field [0001] The invention relates to the technical field of solar panel snow removal, in particular to a solar street lamp controller upgrade system. Background technique [0002] Traditional solar street light controllers are connected to solar panels, batteries and LED lights, and do not have the Internet of Things communication function, while more than 95% of the market is traditional solar street light controllers, without the Internet of Things communication function, they cannot remotely control solar energy Board, battery, and lamp parameters are edited and collected; traditional controllers have infrared remote control functions, and the remote controller can be used to set parameters and collect real-time data for traditional controllers, but many street lamps are installed on lamps above 8m On the pole, some even installed a casing to cover the controller for waterproofing, making it difficult for the remote control to connect and communicate normally. ...

AI Technical Summary

Problems solved by technology

[0002] Traditional solar street light controllers are connected to solar panels, batteries and LED lights, and do not have the Internet of Things communication function, while more than 95% of the market is traditional solar street light controllers, and without the Internet of Things communication function, they cannot remotely control solar energy Board, battery, and lamp parameters are edited and collected; traditional controllers have infrared remote control functions, and remote controllers can be used to set parameters and collect real-time data for traditional controllers, but many street lamps are installed on lamps above 8m On the top of the pole, some even installed a casing to wrap the controller for waterproofing, and the remote control is difficult to connect and communicate normally.

At the same time, remote control requires personnel to go to the site to process one by one, which virtually increases labor costs

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