申报项目名称(英文)：Mingtu Intelligent Guide – A Pioneer in Low-Carbon Intelligent Control, the Wise Observer in the Night
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项目定位： 地点定位：
本项目“明途智引——低碳智控先锋，夜幕下的智慧之眼”主要定位于中国的各大中城市，特别是城镇化进程快速推进、智慧城市建设需求迫切的地区。我们以太原市为初期试点城市，逐步向全国范围内具有类似需求的城市推广。通过在这些城市安装和运营智能路灯系统，我们旨在提升城市照明设施的智能化水平，促进绿色低碳发展。
受众定位：
本项目的主要受众包括城市管理与规划部门、建筑设计与施工单位、能源与环保公司以及商业地产开发商。这些受众群体对高效、节能、智能的路灯系统有着迫切的需求，旨在通过采用先进的智能照明解决方案，提升城市照明品质，降低能耗，同时减少维护成本。
功能需求：
针对上述受众的需求，本项目致力于开发一套集光亮检测、车辆行人监测、物联网远程智能控制、太阳能发电及灯具保护等功能于一体的智能路灯系统。该系统能够根据环境光照强度和交通流量自动调节路灯亮度，实现精准照明和节能减排；同时，通过物联网技术实现远程监控和故障预警，提高维护效率和使用安全性。此外，系统还集成了太阳能发电模块，进一步降低能耗，提升环保效益。灯具保护模块则确保了路灯在恶劣天气条件下的稳定运行，延长了使用寿命。通过这些功能的实现，本项目将为城市照明设施的升级换代提供强有力的技术支持。
Location:
This project, " Mingtu Intelligent Guide – A Pioneer in Low-Carbon Intelligent Control, the Wise Observer in the Night," is primarily targeted at major cities in China, especially those regions where urbanization is rapidly advancing and the demand for smart city construction is urgent. We have selected Taiyuan City as our initial pilot city and will gradually expand to cities across the country with similar needs. By installing and operating intelligent street lighting systems in these cities, we aim to enhance the intelligence level of urban lighting facilities and promote green, low-carbon development.
Audience positioning:
The primary audience for this project includes urban management and planning departments, architectural design and construction units, energy and environmental protection companies, as well as commercial real estate developers. These target groups have an urgent need for efficient, energy-saving, and intelligent street lighting systems. The aim is to enhance the quality of urban lighting, reduce energy consumption, and lower maintenance costs through the adoption of advanced smart lighting solutions.
Functional requirements:
In response to the needs of the aforementioned audience, this project is dedicated to developing an intelligent street lighting system that integrates functions such as brightness detection, vehicle and pedestrian monitoring, IoT remote smart control, solar power generation, and lamp protection. The system can automatically adjust the street light intensity based on environmental light levels and traffic flow, achieving precise illumination and energy conservation; at the same time, it uses IoT technology for remote monitoring and fault warnings, enhancing maintenance efficiency and usage safety. Additionally, the system incorporates a solar power generation module, further reducing energy consumption and improving environmental benefits. The lamp protection module ensures stable operation of the street lights under adverse weather conditions, extending their lifespan. Through the realization of these functions, this project will provide strong technical support for the upgrade and replacement of urban lighting facilities.
设计理念： 在“明途智引——低碳智控先锋，夜幕下的智慧之眼”项目中，我们秉承系统性功能划分的设计理念，致力于打造一个高效、智能、环保的智能路灯系统。我们将整个智能路灯系统划分为多个相互关联又相对独立的子系统，包括光亮检测子系统、车辆行人监测子系统、物联网远程智能控制子系统、太阳能发电子系统以及灯具保护子系统等。每个子系统都承担着特定的功能，共同协作以实现整个系统的智能化运行。光亮检测子系统通过光敏电阻等传感器实时监测环境光照强度，根据预设的算法自动调节路灯亮度，实现精准照明和节能减排。车辆行人监测子系统则利用红外线传感器和高清摄像头，实时感知道路上的行人和车辆流量，智能调整路灯的照明范围和亮度，确保行车和行人的安全。物联网远程智能控制子系统是系统的“大脑”，通过无线网络与各个子系统进行通信，实现远程监控、数据分析和故障预警等功能。太阳能发电子系统则集成了先进的太阳能光伏技术和智能追踪系统，最大化地利用太阳能资源，为路灯提供绿色、可持续的能源供应。
灯具保护子系统则关注路灯的长期稳定运行，通过温湿度传感器、特殊防冰雪附着材料和暗夜保护模块等，确保路灯在恶劣天气条件下也能保持良好的工作状态，延长使用寿命。通过这种系统性功能划分的设计理念，我们不仅提高了智能路灯系统的可靠性和灵活性，还为其未来的升级和扩展奠定了坚实的基础。我们坚信，“明途智引”项目将以其卓越的性能和创新的设计理念，引领城市照明设施的未来发展方向。
In the "Mingtu Intelligent Guide-A Pioneer in Low-Carbon Intelligent Control, the Wise Observer in the Night" project, we adhere to the design concept of systematic functional division and are committed to creating an efficient, intelligent and environmentally friendly intelligent street light system.
We divide the entire smart street lighting system into multiple interconnected yet relatively independent subsystems, including the light detection subsystem, vehicle and pedestrian monitoring subsystem, IoT remote intelligent control subsystem, solar power generation subsystem, and lamp protection subsystem. Each subsystem performs specific functions, working together to achieve intelligent operation of the entire system.
The Light Detection subsystem monitors the ambient light intensity in real-time using sensors such as photodiodes, and automatically adjusts the streetlight brightness according to preset algorithms, achieving precise lighting and energy conservation. The Vehicle and Pedestrian Monitoring subsystem uses infrared sensors and high-definition cameras to detect pedestrian and vehicle traffic on the road in real-time, intelligently adjusting the lighting range and brightness of the streetlights to ensure the safety of both drivers and pedestrians.
The IoT remote intelligent control subsystem is the "brain" of the system, communicating with various subsystems via wireless networks to achieve functions such as remote monitoring, data analysis, and fault warning. The solar power generation system integrates advanced solar photovoltaic technology and intelligent tracking systems to maximize the utilization of solar energy resources, providing green and sustainable energy supply for street lights.
The lamp protection subsystem focuses on the long-term stable operation of street lamps. Through temperature and humidity sensors, special anti-snow and ice attachment materials and dark night protection modules, it ensures that street lamps can maintain good working condition under adverse weather conditions and extend their service life.
Through this systematic functional division design concept, we not only enhance the reliability and flexibility of the smart street lighting system but also lay a solid foundation for its future upgrades and expansions. We firmly believe that the "Mingtu Zhiyin" project will lead the future development direction of urban lighting facilities with its outstanding performance and innovative design philosophy.
Configure the list of products and devices 1. Core smart devices Smart street light control unit Function: integrated light detection, vehicle and pedestrian monitoring, Internet of things communication, solar energy control and other functions. Technical features: Internet of Things technology, sensor technology (such as photoresistors, infrared sensors), GPS Beidou positioning module, etc. Light detection module Component: photoresistor Function: Automatically adjust the brightness of street lamps according to the intensity of ambient light, so as to achieve energy saving effect. Vehicle and pedestrian monitoring module Components: infrared sensor, high-definition intelligent camera Function: Automatically adjust the brightness of street lamps or trigger specific lighting modes by sensing infrared radiation or image recognition of pedestrians and vehicles. Internet of Things module Components: communication modules (such as 4G/5G, Wi-Fi, LoRa, etc.), GPS Beidou positioning modules Function: realize the remote monitoring, data transmission, status feedback and accurate positioning of street lamps. Solar module Components: solar panels, intelligent tracking system, battery pack (such as lithium iron phosphate battery) Function: Convert solar energy into electric energy, provide green energy for street lamps, and have intelligent tracking and efficient energy storage function. 2. Auxiliary equipment Temperature and humidity sensor Function: Monitor the internal temperature and humidity of street lamps to prevent equipment failure caused by environmental changes. Lighting protection module Components: anti-snow and ice attachment materials (such as microsilica mixtures), enhanced insulation measures (such as insulating tape), waterproof equipment (such as waterproof rubber sleeves) Function: protect street lamp fixtures from adverse weather and environmental effects, prolong the service life. Dark night protection module Components: light shield, mask, controller Function: Reduce light loss and ensure orderly and efficient lighting by controlling the installation Angle of lamps and adding light shields. 3. Other necessary equipment Circuit schematic and PCB design Function: realize the electrical connection and control logic of each component of intelligent street lamp. 3D modeling diagram Function: Used for product appearance design and structural verification. background system Function: realize the remote monitoring, data analysis, fault warning and other functions of street lamps.
协议：Wi-Fi,Others
设计亮点： “Mingtu Intelligent Guide”项目在路灯智能化改造领域展现出了显著的设计亮点，这些亮点不仅体现在技术创新上，还深刻反映在安装过程中的难题攻克与解决方案上。 技术创新方面，“Mingtu Intelligent Guide”项目集成了多种前沿技术，如光亮检测模块、车辆行人监测模块以及物联网远程智能控制系统等。光亮检测模块利用光敏电阻器实现智能光控，根据环境光照自动调节路灯亮度，有效避免了能源浪费。车辆行人监测模块则通过红外线传感器和高清摄像头，精准感知周围环境，实现路灯的自动开启与关闭，以及亮度的动态调整。此外，物联网模块的引入，使得路灯系统能够实现远程监控与管理，大大提高了运维效率。 在安装过程中，我们团队也遇到了不少挑战。由于智慧路灯系统涉及多个模块的无缝对接，且需要在现有城市基础设施上进行改造升级，因此安装难度较大。特别是太阳能模块的安装，需要考虑到光伏板的最佳朝向与角度，以确保最大化利用太阳能。针对这一问题，项目团队研发了太阳能自动追踪光系统，通过智能算法实时调整光伏板角度，有效提高了发电效率。 面对复杂的城市照明环境，项目团队还采用了GPS北斗定位模块，实现了对路灯位置的精准定位与实时监控。这一创新设计不仅方便了路灯的后期维护与管理，还为智慧城市的整体建设提供了有力支持。 “Mingtu Intelligent Guide”项目在设计创新上取得了显著成果，并通过技术创新与安装难题的攻克，为智慧城市建设贡献了一份力量。这些亮点不仅展示了项目团队的技术实力与创新能力，也为未来城市照明设施的智能化改造提供了宝贵经验。 The "Mingtu Intelligent Guide" project has shown significant design highlights in the field of intelligent street light transformation. These highlights are not only reflected in technological innovation, but also deeply reflected in the difficulties and solutions in the installation process. In terms of technological innovation, the "Mingtu Intelligent Guide" project integrates various cutting-edge technologies, such as light detection modules, vehicle and pedestrian monitoring modules, and IoT remote intelligent control systems. The light detection module uses photodiodes to achieve smart light control, automatically adjusting street light brightness according to ambient lighting conditions, effectively preventing energy waste. The vehicle and pedestrian monitoring module employs infrared sensors and high-definition cameras to accurately perceive the surrounding environment, enabling automatic on/off of street lights and dynamic brightness adjustment. Additionally, the introduction of IoT modules allows for remote monitoring and management of the street light system, significantly enhancing operational efficiency. During the installation process, our team also encountered numerous challenges. Due to the seamless integration of multiple modules in the smart street lighting system and the need to upgrade existing urban infrastructure, the installation was quite challenging. In particular, the installation of solar modules required considering the optimal orientation and angle of the photovoltaic panels to maximize solar energy utilization. To address this issue, the project team developed an automatic solar tracking system, which uses intelligent algorithms to adjust the angle of the photovoltaic panels in real-time, effectively improving power generation efficiency. In the face of complex urban lighting environments, the project team also adopted a GPS Beidou positioning module to achieve precise location and real-time monitoring of streetlights. This innovative design not only facilitates the maintenance and management of streetlights in the later stages but also provides strong support for the overall construction of smart cities. The "" Mingtu Intelligent Guide" project has achieved remarkable results in design innovation and contributed to the construction of smart cities through technological innovation and overcoming installation challenges. These highlights not only showcase the technical strength and innovation capabilities of the project team but also provide valuable experience for the intelligent transformation of future urban lighting facilities.
宣传视频：
申报企业全称(中文)：山西应用科技学院
申报企业全称(英文)：SHANXI COLLEGE OF APPLIED SCIENCE AND TECHNOLOGY
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