Information-based intelligent streetlight system construction
Abstract: In the current social environment, information technology has become an important synonym for the development of the times. In the context of a new era, relevant departments need to carry out intelligent development and construction of street lighting systems in line with the development goals of smart cities, thus promoting the progress of urbanization construction. In view of this, this paper focuses on the effective analysis of the construction path of streetlight Smart Street Light in the context of informationization.
Keywords: Smart Street Lights; Street Light Management; Transportation; Environmental Monitoring; Informatization
Text:
Foreword: With the rapid development and popularization of information technology The construction of smart cities has become a topic of social concern. As an important functional module of urban construction, the street lamp's functional quality determines the depth and distance of urban construction and development. Therefore, in the future urban development field, relevant departments need to use information technology as a carrier to focus on strengthening the construction of intelligent street lighting systems.
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I. Overview of Smart Street Light System
The intelligent street light system is a new system concept proposed in the context of the information age. Specifically, it refers to the use of information technology as a carrier to build an automated, intelligent and systematic streetlight service system, thus ensuring that the city's lighting service functions are more comprehensive and can also realize the integration of real-related data resources. Generally, the street lamp intelligent system specifically includes three large modules, usually based on a street light node, a data management center, and an information public platform. Data management, in turn, consists of three small modules that specifically refer to street lights, environmental and transportation data. With the information technology as the carrier, the intelligent street lamp system can be fully optimized to optimize the function of the street lamp system and improve the service quality of the street lamp. Therefore, relevant departments need to pay attention to the construction of smart street lamps and build smart cities. Only in this way can we promote urbanization to achieve better development, comprehensively improve the level of urban construction, and meet the new requirements of modern people for transportation services.
Second, the analysis of the construction path of intelligent street lamp system based on information
(1) Street lamp node
The street lamp node is an important component of the intelligent street lamp system, including Main control chip, LED light, etc. Among the modules, the functions included are mainly presented in several aspects.
First, streetlight management. Specifically, the LED lamp system is used to automatically adjust and control the brightness of the street lamp, thereby ensuring the reasonable brightness of the street lamp and effectively meeting the basic lighting requirements of the traffic system. Under normal circumstances, the construction unit mainly relies on the special properties of the photodiode to optimize the design of the internal nodes of the street lamp. Alternatively, the relevant staff can apply the ATT7022E chip to the street lamp system construction work area to ensure that the system design is more standardized and orderly, thus optimizing the service function of the street lamp. Second, do a good job in collecting all kinds of information. The staff needs to analyze the specific traffic data to determine the functional construction requirements of the current transportation system. Then, the camera is set at the necessary street lamp position to monitor the traffic condition, thus ensuring a safer and more stable traffic environment, and also providing an important technical carrier for the occurrence and monitoring of the accident. On this basis, relevant units need to pay attention to the collection of environmental information. For the specific operating environment of the streetlight node, the specific data information presented is collected and integrated, which provides an important basis for the rational construction of the intelligent streetlight system. At the same time, in this process, relevant units need to pay attention to the development of other applications, thereby further optimizing the design of street lamp nodes. For example, at important streetlight nodes, relevant units can reasonably introduce information technology, install charging stakes, and provide good charging services for electric vehicles. Or, the relevant units need to pay attention to the installation of the alarm device to ensure that the environment of the street lamp system is safer and more stable.
(2) Street Light Data Management
In the process of building smart street lights, relevant units need to pay attention to the data management of street lights. With the GIS system as the carrier, the street lamp system is positioned to realize the intelligent and automatic management of the street lamp. For example, relevant units can use advanced technology to number street lights. After that, with information technology as the carrier, a perfect data management system will be constructed, and the information related to the street lamp system, including location, number of maintenance and specific use period, will be standardized and unified. In this way, the service function of the street lamp system is more comprehensive, and the transportation industry can be further developed. At the same time, aiming at the current situation of street lamp system construction, it analyzes the possible hidden dangers of street lamps, and formulates scientific and effective methods for normative management to comprehensively improve the efficiency and quality of street lamp management.
(3) Traffic Data Management
In the process of building a streetlight system, the construction unit needs to do a good job in data management of traffic to achieve a safer and more stable traffic environment. Firstly, with information technology as the carrier, the normative construction and management of traffic flow and speed in the transportation system are carried out to ensure the transmission of traffic data information is more stable. At the same time, using computer as a carrier to strengthen the construction of the online management system of traffic data, it is possible to analyze the risk factors existing in the traffic field and optimize the risk factors and specific solutions and strategies for specific problems. Not only that, but also the support of the intelligent technology system, online statistics and analysis of traffic data information, to ensure that the transportation industry is more standardized and orderly. Data statistics can analyze the current information of the specific traffic environment, and can also provide an important basis for the standardized management of information.
(4) Environmental Data Management
In the traffic environment, in order to realize the intelligent development and construction of street lighting systems, relevant units need to pay attention to the normative management of environmental data. Moreover, relevant staff members need to conduct statistics and analysis on specific environmental data, conduct statistics and analysis on past environmental conditions, and formulate scientific and effective management measures and programs to comprehensively improve the service function quality of street lighting systems. Thereby further optimizing the urban traffic environment, reducing traffic risk factors, and ensuring the quality of transportation services is more significant.
(5) Information Publishing Platform
In the field of intelligent street lighting systems, relevant units need to pay attention to the construction of information public service platforms. First of all, the relevant units need to properly apply the mobile APP to the construction of the street lighting system. So that modern people can use the APP to check the specific conditions of the traffic environment, such as whether there are problems such as congestion, so that people can better choose travel routes and improve travel efficiency and quality. Maintenance personnel can also use the APP to monitor the street lamp system for potential hazards and risks, and to take effective measures based on specific conditions. At the same time, relevant units need to pay attention to the rational design of LED screens. The system is reasonably applied to the construction of intelligent street lighting systems. Especially in the design of the screen content, it should be as simple as possible to avoid attracting the driver's attention and causing various traffic safety accidents. At the same time, relevant departments need to address the specific planning and construction needs of intelligent street lamps, and use WeChat as the carrier to open relevant public numbers. Let modern people pay more attention to road conditions to further optimize the urban transportation service environment.
Conclusion: In summary, in the field of information development, relevant departments need to pay attention to the construction of street lighting system. Based on the principle of intelligent development, optimize management and construction of street lamp nodes, street lights, traffic and environmental data, and information publishing platforms, thereby comprehensively improving the service functions of street lighting systems, thereby providing better and more comprehensive lighting for urban construction and development. Services and other types of service functions promote the city's transportation industry and achieve better development.
