Wireless monitor solar street lamp and monitoring method thereof

Abstract

The invention discloses a wireless monitor solar street lamp. A lamp post is sequentially provided with a solar power generation panel, a wireless infrared camera and a light-emitting module from top to bottom, and the solar power generation panel, the wireless infrared camera and the light-emitting module are connected with a power storage module. The environment around the street lamp can be shot in real time through the wireless infrared camera, and images shot by the wireless infrared camera are stored and transmitted to a cloud server through peripheral WIFI. People can have access to the cloud server through terminal equipment to check the images to obtain information of the street lamp and the environment around the street lamp, people can know the relevant conditions without reaching the site, and convenience is provided for management; and the routing inspection frequency of staff and the use frequency of routing inspection vehicles are effectively reduced, then urban construction and maintenance cost is reduced, the quality of urban public facilities is improved, and security and protection are accordingly improved. In addition, the overall structure is simple, and implementation is easy; and the solar power generation panel is used for supplying power, so that energy is effectively saved, the maintenance expense of urban public services is greatly reduced, and wide application and popularization are facilitated.

Description

technical field [0001] The invention relates to the technical field of street lamps, in particular to a wireless monitoring solar street lamp and a monitoring method thereof. Background technique [0002] Urban road / highway / tunnel lighting plays an important role in urban traffic, public security, and beautification. It is a window of a city and an important part of a city's infrastructure. It directly reflects the construction level and urban style of a city. The level of street light control and management directly reflects the degree of modernization of a city. With the continuous development of computer technology and communication technology, the street lamp monitoring system with high degree of automation and reliable operation has become an important symbol of a modern city. [0003] However, the existing street lights do not have the monitoring function, and they cannot take pictures of their surrounding environment in real time, that is, whether the street lights ...

AI Technical Summary

Problems solved by technology

[0003] However, the existing street lights do not have the monitoring function, and they cannot take pictures of their surrounding environment in real time, that is, whether the street lights are on or not, or emergencies around the street lights, etc., cannot capture relevant information in real time, and can only rely on manual inspection mode, not only The workload is heavy, and human, material and financial resources are wasted

At the same time, there is no facility anti-theft monitoring. Due to the large coverage area of ​​urban street lights and backward management methods, it is impossible to accurately detect cable theft, lamp head theft and circuit breakage. Once the above situations occur, it is bound to bring huge economic losses to the government and affect the public at the same time. normal life

The reliability of the entire street lighting system is low, and it also causes waste of management costs and low control efficiency, which has undoubtedly seriously affected the "urbanization" process of modern lighting.

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