欢迎进入HJC黄金城(中国区)官方网站杆整体解决方案服务商！

新闻资讯

Technical articles

×

感谢您的支持，我会继续努力的!

扫码支持
扫码打赏，你说多少就多少

打开支付宝扫一扫，即可进行扫码打赏哦

HJC黄金城首页 > 新闻资讯 > NEWS

Intelligent LED street lamp lighting network system architecture

来源：Smart rod net 时间：2023-08-24 17:12:28

         As street lighting systems become more connected and intelligent there comes a need for a network infrastructure that coordinates the handling of massive data flow, device management, secure connectivity, and the execution of other services and end-user applications. This need drives the trend towards the Internet of Things (IoT) which extends the Internet Protocol (IP) communication beyond its established computer and smartphone markets to resource-constrained endpoints.

        The introduction of IoT as the backbone for street lighting systems establishes a seamless communication between lighting and the Internet, enables contextual services and data sharing between devices, and provides a framework for device management and service enablement. The ubiquity of street lighting provides the opportunity to create a network of digital nodes which cannot only enable improved lighting control but also open the door to a wide range of innovative capabilities, including traffic management, smart parking, environmental monitoring, electric vehicle (EV) charging, public safety and emergency services, crime detection and prevention, digital signage, and extended WiFi and cellular communications.

       Core to the IoT architecture is the IoT platform that orchestrates the movement of data between heterogeneous IoT devices and IoT applications. An IoT platform is an array of software components that streamline data and device management within a defined infrastructure in association with communication protocols and security management.

Smart LED street light

1、Intelligence and connectivity

       Rounding out the capabilities that solid state lighting can bring to street lighting applications is the creation of a digital ecosystem with virtually limitless integrations. A holistic framework which integrates LEDs, sensing, intelligence and networking into one system can be established to multiply the energy efficiency benefits of LED street lights beyond just improvements to light source efficiency.

       Smart LED street light operate on a set of sensors which include motion sensors for controlling lights in areas with irregular usage patterns, dusk-to-dawn photocontrols (photocells) for daylight harvesting, and on-board sensors that provide measurable parameters on the condition of the LED luminaire and its power consumption. Building intelligence into LED luminaires provides embedded programmability that enables control and automation based on different variables provided by the sensors or according to user-defined software rules.

        However, the potential of smart lighting can only be unlocked when street lights are able to communicate. While intelligent lighting systems can automatically manage some aspects of their operation for maximized efficiency and quality of lighting, such intelligence has to be pre-defined or pre-programmed locally on a single piece of equipment. The intelligent lighting solution will not be scalable, extensible and economical to deploy, upgrade and operate unless the equipment can communicate.

2、Network architecture

      Smart lighting is also called connected lighting for the reason that the need for networking connection has become a basic design requirement. With a direct network connection to LED street lights complete control over lighting can be exercised with a centralized controller or controlling devices such as smart phones, smart watches, tablets, etc. Connecting street lights together in a computer-controlled network allows the operation of equipment to be coordinated across an entire installation, facilitates the retrieval of sensor information and exchanging information between nodes within a network, and enables time-sensitive operating instructions to be remotely commanded and other advanced features that substantially impact operating efficiency and cost to be executed.

       A networked lighting control system operates a software platform, typically known as a central management system (CMS) which delivers a secure web-based interface on a desktop and mobile device. The CMS is hosted on a central computer which can be a cloud server or an on-premises server. It typically communicates with a gateway through a wired or wireless connection. A gateway is data coordinator that act as a link between the CMS and streetlight controllers. As a network interface device a gateway can translate between different protocols and relay communication between the CMS and streetlight controllers.

3、Communication protocols

      The ability of a connected street lighting network to facilitate secure, efficient interoperation, collaboration and sharing of resources is built on its bidirectional networking capabilities. The networked control system may use a range of network communication technologies to forward information between street lights to a nearby gateway as well as connect the gateway to the CMS. Power line carrier (PLC) and Ethernet are the typical communication platforms for wired systems. Wireless devices typically communicate via the radio frequency spectrum. Long range RF communication solutions include NB-IoT, LTE-M, LoRa, Sigfox, Ingenu, etc. A proliferation of short range networking technologies are available to provide wireless connectivity between endpoints (street lights). Their topologies are designed either as star networks or mesh networks. A star network such as WiFi has a centralized configuration in which all peripheral nodes communicate with all others by transmitting to, and receiving from, the central node only. In mesh networking, nodes within a specified range are interconnected with others, so there are multiple paths connecting each node.

        Wireless street lighting systems are often organized using mesh architecture because it imparts reliability, scalability and redundancy for the communications mission. Wireless mesh networks are self-healing. They support continuous connections and reconfiguration around broken or blocked paths, enabling a network to dynamically generate new routes and reconfigure itself in response to any failures. The mesh network can deliver distributed intelligence to create an easily scalable infrastructure. ZigBee, Z-Wave, Thread, and Bluetooth Mesh are commonly used short-range wireless mesh connections.

4、Driver and control circuitry

        The beating heart of a smart LED street light is the LED driver. The driver provides regulated output power to the LEDs and, equally importantly, communicates with its environment, interacts with software platforms and performs sophisticated lighting control. In the context of smart lighting applications, two important performance markers of an LED driver are its dimming capability and compatibility with controls. Constant current LED drivers support both pulse-width modulation (PWM) and constant-current reduction (CCR) dimming. They are configured to accept control input through a digital interface which can be digital addressable lighting interface (DALI), DMX, ZigBee, Z-Wave, etc. Incorporating intelligence and network connectivity into LED street lights may require the LED driver to carry a microcontroller-based or programmable architecture.


关注公众号

了解更多智慧杆知识

公众号:HJC黄金城(中国区)官方网站城市

智慧杆产品二维码

加微信

购买智慧杆产品

微信号:15606816991

相关内容推荐
园区智能化路灯建设的主要功能

园区智能化路灯建设的主要功能

随着智慧城市的快速发展，园区智能化路灯作为智慧城市的重要组成部分，不仅提供了高效的照明功能，还集成了多种智能设备和服务。这些功能的实现不仅提升了园区的管理水平和安全性，还为园区内的企业和员工提供了更加便捷和舒适的工作环境。本文智慧杆网将详细介绍园区智能化路灯建设的主要功能，包括智能照明、视频监控、环境监测、Wi-Fi热点、信息发布、紧急呼叫等功能，并探讨其在实际应用中的优势。一、园区智能化路灯智能照明1. 自动调节亮度- 定义：通过传感器检测环境光线强度，自动调节路灯的亮度。- 优势：根据实际需要调整亮度，节约能源，延长灯具寿命。- 实施方式：安装光敏传感器，当环境光线变暗时，路灯自动开启并调节到合适的亮度；当环境光线充足时，路灯自动调暗或关闭。2. 远程控制- 定义：通过中央控制系统远程控制路灯的开关、亮度等参数。- 优势：方便管理和维护，减少人工操作，提高效率。- 实施方式：通过物联网技术，将路灯连接到中央控制系统，管理人员可以通过手机APP或电脑端进行远程控制。3. 故障检测与报警- 定义：通过内置传感器检测路灯的工作状态，及时发现故障并报警。- 优势：快速定位故障点，缩短维修时间，降低维护成本。- 实施方式：路灯内置传感器实时监测工作状态，一旦发现异常，立即发送报警信息到中央控制系统，通知维护人员进行处理。二、园区智能化路灯视频监控1. 实时监控- 定义：通过摄像头实时监控园区内的道路、停车场、重要区域等。- 优势：提高园区的安全性，预防和打击犯罪行为。- 实施方式：在路灯上安装高清摄像头，通过网络传输实时视频信号到监控中心，管理人员可以随时查看监控画面。2. 人脸识别- 定义：通过摄像头进行人脸识别，识别进出园区的人员。- 优势：加强园区的安全管理，防止未经授权的人员进入。- 实施方式：摄像头集成人脸识别功能，对进出园区的人员进行实时识别，并与数据库进行比对，发现异常情况时发出警报。3. 行为分析- 定义：通过视频分析技术，识别异常行为，如滞留、徘徊等。- 优势：提前预警潜在的安全风险，提高响应速度。- 实施方式：摄像头采集的视频数据通过人工智能算法进行分析，识别出异常行为后，系统自动发出警报。三、园区智能化路灯环境监测1. 空气质量监测- 定义：通过传感器监测园区内的空气质量，如PM2.5、PM10、CO2等。- 优势：提供实时的空气质量数据，保障园区内人员的健康。- 实施方式：在路灯上安装空气质量传感器，实时采集数据并通过网络传输到中央控制系统，显示在园区的信息发布屏上。2. 噪音监测- 定义：通过传感器监测园区内的噪音水平。- 优势：控制噪音污染，创造安静的工作环境。- 实施方式：在路灯上安装噪音传感器，实时监测噪音水平，并通过网络传输数据到中央控制系统，超出设定阈值时发出警报。3. 气象监测- 定义：通过传感器监测园区内的气象参数，如温度、湿度、风速等。- 优势：提供实时的气象数据，帮助园区管理者做出决策。- 实施方式：在路灯上安装气象传感器，实时采集数据并通过网络传输到中央控制系统，显示在园区的信息发布屏上。四、园区智能化路灯Wi-Fi热点1. 公共Wi-Fi覆盖- 定义：通过路灯上的Wi-Fi设备，为园区内的人员提供免费的无线网络服务。- 优势：提升园区的信息化水平，方便员工和访客上网。- 实施方式：在路灯上安装Wi-Fi设备，通过网络连接到互联网，为园区内的人员提供高速、稳定的无线网络服务。2. 数据传输- 定义：通过Wi-Fi设备，实现路灯与其他智能设备的数据传输。- 优势：提高数据传输的效率和可靠性，支持更多的智能应用。- 实施方式：路灯上的Wi-Fi设备不仅可以提供公共Wi-Fi服务，还可以作为数据传输节点，与其他智能设备进行数据交换。五、园区智能化路灯信息发布1. 电子显示屏- 定义：通过路灯上的电子显示屏发布各类信息，如天气预报、新闻、公告等。- 优势：提高信息传播的效率，方便园区内的人员获取重要信息。- 实施方式：在路灯上安装电子显示屏，通过中央控制系统发布信息，显示在屏幕上。2. 语音播报- 定义：通过喇叭进行语音播报，传达重要信息。- 优势：适用于紧急情况下的信息传递，提高信息传播的覆盖面。- 实施方式：在路灯上安装喇叭，通过中央控制系统进行语音播报，传达重要信息。六、园区智能化路灯紧急呼叫1. 紧急按钮- 定义：通过路灯上的紧急按钮，提供紧急求助功能。- 优势：在紧急情况下，园区内的人员可以快速求助，提高应急响应速度。- 实施方式：在路灯上安装紧急按钮，按下按钮后，系统自动拨打预设的紧急电话，并发送位置信息。2. 双向语音通信- 定义：通过路灯上的双向语音通信设备，实现与监控中心的实时通话。- 优势：在紧急情况下，园区内的人员可以直接与监控中心沟通，提高应急响应效率。- 实施方式：在路灯上安装双向语音通信设备，按下紧急按钮后，系统自动接通监控中心，双方可以进行实时通话。七、园区智能化路灯的实际应用案例1. 案例一：某产业园区的智能化路灯项目- 基本情况：该产业园区计划在主要道路和公共场所安装智能化路灯，提供照明、视频监控、环境监测等多种功能。- 功能实现：  - 智能照明：通过光敏传感器和中央控制系统，实现了自动调节亮度和远程控制。  - 视频监控：安装了高清摄像头，实现了实时监控和人脸识别。  - 环境监测：安装了空气质量传感器、噪音传感器和气象传感器，提供了实时的环境数据。  - Wi-Fi热点：在路灯上安装了Wi-Fi设备，为园区内的人员提供了免费的无线网络服务。  - 信息发布：安装了电子显示屏和喇叭，发布了天气预报、新闻、公告等信息。  - 紧急呼叫：安装了紧急按钮和双向语音通信设备，提供了紧急求助功能。- 应用效果：  - 经济效益：通过节能降耗，降低了运营成本，提高了经济效益。  - 社会效益：提升了园区的安全性和管理水平，改善了员工的工作环境。2. 案例二：某科技园区的智能化路灯项目- 基本情况：该科技园区计划在主要道路和办公区域安装智能化路灯，提供照明、视频监控、环境监测等多种功能。- 功能实现：  - 智能照明：通过光敏传感器和中央控制系统，实现了自动调节亮度和远程控制。  - 视频监控：安装了高清摄像头，实现了实时监控和行为分析。  - 环境监测：安装了空气质量传感器、噪音传感器和气象传感器，提供了实时的环境数据。  - Wi-Fi热点：在路灯上安装了Wi-Fi设备，为园区内的人员提供了免费的无线网络服务。  - 信息发布：安装了电子显示屏，发布了天气预报、新闻、公告等信息。  - 紧急呼叫：安装了紧急按钮和双向语音通信设备，提供了紧急求助功能。- 应用效果：  - 经济效益：通过节能降耗，降低了运营成本，提高了经济效益。  - 社会效益：提升了园区的安全性和管理水平，改善了员工的工作环境。八、总结与建议1. 总结- 智能照明：通过自动调节亮度、远程控制和故障检测与报警等功能，提高了照明效率和管理水平。- 视频监控：通过实时监控、人脸识别和行为分析等功能，增强了园区的安全性。- 环境监测：通过空气质量监测、噪音监测和气象监测等功能，提供了实时的环境数据，保障了园区内人员的健康。- Wi-Fi热点：通过公共Wi-Fi覆盖和数据传输等功能，提升了园区的信息化水平。- 信息发布：通过电子显示屏和语音播报等功能，提高了信息传播的效率。- 紧急呼叫：通过紧急按钮和双向语音通信等功能，提供了紧急求助功能，提高了应急响应速度。2. 建议- 综合规划：在园区智能化路灯建设过程中，应综合考虑各种功能的需求，合理规划布局，确保各功能的有效协同。- 技术创新：不断引入新技术和新设备，提升智能化路灯的功能和性能，满足园区发展的需求。- 数据安全：重视数据安全和隐私保护，确保采集和传输的数据安全可靠。- 持续优化：定期评估智能化路灯的运行效果，根据实际情况进行优化和改进，不断提升园区的管理水平和服务质量。结语园区智能化路灯建设不仅提供了高效的照明功能，还集成了多种智能设备和服务，显著提升了园区的管理水平和安全性。通过合理规划和技术创新，园区智能化路灯将成为推动智慧城市建设的重要力量。如果您希望了解更多关于园区智能化路灯的信息，或者需要专业的技术支持，请联系我们。我们拥有丰富的项目经验和专业的技术团队，能够为您提供定制化的解决方案，帮助您打造更加智能、高效的园区环境。
2025.02.21
The Future of Smart Light Poles: Illuminating Tomorrow’s Cities

The Future of Smart Light Poles: Illuminating Tomorrow’s Cities

Imagine walking down a street where the humble streetlight is no longer just a source of light but an intelligent, multi-functional node that enhances safety, delivers information, and contributes to a sustainable city. That’s the promise of smart light poles, and they’re more than just a cool upgrade to urban infrastructure—they’re the backbone of future smart cities.From improving traffic flow to providing public Wi-Fi, smart light poles represent the kind of innovation that blends cutting-edge technology with practical, everyday needs. Let’s explore how these futuristic light poles will transform urban living in ways that are as exciting as they are impactful.1. A New Role in Urban SafetyTraditional streetlights have always been crucial for safety, but smart light poles will take it a step further. Equipped with cameras, motion sensors, and audio detection capabilities, they’ll become active participants in keeping cities safe.For example, these poles could detect unusual activities like car accidents, loud arguments, or even a person crying for help. They could immediately notify emergency services, providing real-time video footage and location data to responders. Some smart poles could even act as emergency communication hubs, allowing individuals to call for help directly through built-in intercom systems.Beyond emergencies, they can deter crime by adapting their lighting based on activity. Imagine a dimly lit alley that brightens automatically when someone walks through it, creating a safer environment for pedestrians.2. Streamlining Urban TrafficTraffic congestion is a universal headache, but smart light poles could help alleviate this. By integrating sensors, cameras, and communication tools, these poles will monitor real-time traffic conditions and provide data to traffic management systems.Smart light poles can adjust traffic lights based on congestion levels or reroute vehicles during accidents to prevent bottlenecks. They can also relay this information to navigation apps, ensuring drivers get real-time updates on the fastest routes.Even more exciting is their role in autonomous vehicle networks. Smart poles will communicate with self-driving cars, ensuring smooth navigation through busy intersections or alerting vehicles to hazards like pedestrians crossing unexpectedly.3. Public Wi-Fi and ConnectivityIn the age of connectivity, smart light poles could double as public Wi-Fi hotspots. By leveraging 5G technology, these poles will provide high-speed internet access in parks, busy streets, or underserved areas.For cities aiming to close the digital divide, this could be a game-changer. Students, tourists, and residents alike could benefit from always-on connectivity, whether they’re streaming, working remotely, or simply looking up directions.4. Supporting Sustainability GoalsClimate change is driving cities to adopt more sustainable practices, and smart light poles are a natural ally in this effort. Many of these poles will feature energy-efficient LED lights that adjust based on environmental conditions—dim during a full moon, for example, or brighten during heavy fog.Some poles will incorporate renewable energy sources like solar panels or wind turbines, enabling them to power themselves or feed surplus energy back into the grid. In remote areas, self-sufficient smart poles could offer lighting and connectivity without the need for costly infrastructure.By reducing energy consumption and emissions, smart light poles align perfectly with global sustainability goals.5. Personalized Commercial OpportunitiesImagine walking past a smart light pole in a bustling shopping district, and the pole displays a personalized advertisement for a nearby store or restaurant. This could soon be a reality, as smart poles incorporate digital screens and AI-driven advertising algorithms.By analyzing pedestrian data (anonymously, of course), businesses can deliver highly targeted promotions to people passing by. A coffee shop might advertise a discount to a morning commuter, or a clothing store could showcase its latest collection to shoppers during peak hours.This level of personalization creates a win-win situation: businesses increase sales, and consumers receive relevant, timely offers.6. Revolutionizing Emergency Response SystemsNatural disasters and emergencies demand quick action, and smart light poles could play a critical role in coordination and response. For example, during a flood, poles equipped with water-level sensors could monitor rising waters and alert authorities before the situation worsens.Smart poles can also broadcast emergency alerts via built-in speakers or LED screens, providing clear instructions to evacuate or seek shelter. Additionally, they could act as charging stations for mobile devices, ensuring people stay connected when power grids are down.In earthquake-prone areas, poles equipped with seismic sensors could detect tremors and instantly warn residents, buying precious seconds to move to safety.7. Enhancing Pedestrian and Cyclist ExperienceSmart light poles won’t just cater to drivers—they’ll also significantly improve the experience for pedestrians and cyclists.For instance, these poles could include navigation aids for cyclists, such as LED displays showing bike routes or real-time traffic updates. Pedestrians might benefit from poles equipped with interactive touchscreens providing maps, local event information, or transit schedules.Imagine walking through a city and having access to a multilingual guide right on a pole, helping tourists explore without the need for smartphones.8. Cultural and Aesthetic ContributionsSmart light poles can also contribute to a city’s cultural and aesthetic appeal. Through customizable lighting and digital displays, these poles can enhance the ambiance of public spaces.For example, during holidays or festivals, poles can change their lighting to match the mood—red and green for Christmas, or vibrant colors during a local celebration. They can also display cultural information, such as art, poetry, or historical facts about the area.By combining function with art, smart poles will transform cityscapes into more engaging and beautiful environments.9. Boosting Public Health InitiativesHealth monitoring might not be the first thing that comes to mind when you think of smart light poles, but they could play a significant role in this area. Poles equipped with air quality sensors can monitor pollution levels and share this data with city authorities and residents in real time.Imagine receiving an alert from a nearby pole advising you to avoid outdoor exercise due to high pollution levels—or directing you to a less polluted route for your morning jog.During pandemics, smart poles could even serve as temperature scanning checkpoints, helping to identify areas with potential outbreaks.10. Future-Proof Communication InfrastructureThe rollout of 5G networks is just the beginning. As communication technologies continue to evolve, smart light poles will serve as scalable infrastructure for future innovations.Their modular designs will allow for easy upgrades, whether it’s for deploying 6G networks or supporting entirely new types of wireless communication. By acting as a flexible foundation, smart poles will ensure cities remain technologically competitive for decades to come.The Road AheadThe beauty of smart light poles lies in their versatility. They aren’t just about lighting streets—they’re about creating safer, smarter, and more sustainable communities. As cities around the world invest in these technologies, we’ll see a future where urban infrastructure does more than serve—it interacts, adapts, and supports.But like all innovations, challenges remain. Privacy concerns, cost barriers, and integration hurdles must be addressed. However, with proper regulations and collaboration between governments, tech companies, and citizens, these obstacles are surmountable.Smart light poles represent the kind of innovation that gets us excited about the future. They’re proof that even the simplest parts of our cities can be reimagined to create a better world.So, the next time you see a streetlight, take a moment to think: What could it be doing for you tomorrow?
2025.01.08
The innovative integration of smart light poles + drone inspections is used in low-altitude economy

The innovative integration of smart light poles + drone inspections is used in low-altitude economy

With the continuous advancement of smart cities and the rapid development of low-altitude economy, the innovative integration of smart light poles and drones has become a field that has attracted much attention. Low-altitude economy refers to a variety of economic activities carried out using low-altitude airspace. As one of the new digital, informatized and intelligent infrastructures, smart light poles, combined with drone technology, not only provide important information collection and transmission nodes for the low-altitude economy, injecting new vitality, but also further improve urban management. efficiency and open up more commercial applications.1. The innovative integration of smart light poles + drones. Smart light poles serve as lifting “airports” for drones.Smart light poles can integrate drone take-off and landing platforms to provide a safe take-off and landing environment for drones. More importantly, smart light poles as infrastructure are widely distributed in cities. This advantage greatly reduces the cost of new drone sites and improves resource utilization. At the same time, by adding charging facilities to smart light poles, drones can be charged anytime and anywhere, further improving work efficiency.2. Data collection and transmissionUAV smart light poles can monitor and transmit a variety of information such as urban environmental data, traffic data, and people flow data in real time by integrating various sensors and communication equipment. These data provide necessary data support for drones, allowing them to perform various tasks more accurately. At the same time, various sensors carried by drones can also monitor the urban environment in real time, providing richer and more comprehensive data support for smart light poles. In addition, through the information release screen of smart light poles, drones can achieve more convenient urban management data interaction.3. Application scenario expansionThe integration and innovation of smart light poles and drones can meet the needs of different scenarios. In the field of public security, they can be used to assist police patrols, search for missing persons, etc.; in the field of agricultural environment, they can be used for pesticide spraying, crop monitoring, etc., to improve the level of agricultural refinement and production efficiency; in the construction of smart cities, they can be used To enhance the image of the city and make urban management more efficient and intelligent. Application cases of smart light pole + drone4. The application of smart light poles + drones is an innovative practice that combines advanced technology and intelligent applications. The following are some implementation cases:China's first "smart street light + drone inspection" road, Yueqing Electric City Avenue in Wenzhou, Zhejiang In July 2021, Yueqing Electric City Avenue in Wenzhou, Zhejiang became China's first road equipped with drone inspection during the construction of a smart street light project Officially opened to traffic, a small airport with drones installed on the center pole lights on Electric City Avenue serves as the take-off and landing platform for the drone automatic inspection system. By presetting the trajectory of the drone, the drone can undertake a large part of the inspection tasks in the later operation and maintenance work, mainly including scheduled inspections and emergency inspections.5. "Smart light pole + drone + Beidou", Beidou smart integrated light pole application in Quzhou, Zhejiang, ChinaIn April 2023, in Zhangshu Bay, Yancun, Yanjiang Highway (Kecheng Section), Quzhou City, Zhejiang, China, every morning and evening rush hour comes, the small iron box on the top of the Beidou Smart Integrated Light Pole automatically opens, and the drone inside takes up work. , inspect the surrounding roads once each, covering a radius of 7 kilometers along the way within 1 hour of working time. During drone inspection operations, if there is a serious congestion, the drone will hover close to observe, synchronize with the Beidou big data platform at the rear, and use the megaphone on board to cooperate with traffic control personnel to divert traffic."Smart light pole + drone application system" Shaanxi Xixian New District Energy Jinmao District Shaanxi Data collected by high-definition dome cameras installed on smart light poles built next to the platform. The standing smart light poles and equipped high-definition dome cameras penetrate into every corner of the highway, streets, parks and other areas under the jurisdiction. In the fields of municipal administration, transportation, security, environmental protection and other fields, they can provide public facility monitoring, real-time information release, smart security, and convenience for the people. Charging, emergency calling, weather and air monitoring and other functions.In summary, the integration of smart light poles and drones has shown great potential in urban management. This integration also provides more possibilities for public services. At the same time, the integration of smart light poles and drones also Promoted the development of related industrial chains. The innovative integration of smart light poles and drones in the low-altitude economy represents an important technological progress in the construction of smart cities, bringing unprecedented convenience and efficiency to urban management, public services and multiple industries. With the continuous advancement of technology and the continuous expansion of applications, this integration method will show broader prospects and greater potential. The low-altitude economy has emerged. Let us join hands to witness how the intelligent light of smart light poles and drones complement each other in this grand blueprint, and jointly create a brilliant future.
2024.05.30
Solar lawn lamp market demand analysis

Solar lawn lamp market demand analysis

Solar lawn lamp is a kind of green energy lamps, with safety, energy saving, environmental protection, easy to install and so on. Solar lawn lamp is mainly composed of light source, controller, battery, solar cell module and lamp body and other components. Under the light irradiation, the energy is stored in the battery through the solar cell, and in the absence of light, the battery energy is sent into the load LED through the controller, which is suitable for green grass beautification lighting.(1) The scale of foreign market demandIn developed countries such as the United States, Japan and the European Union, the demand for solar lawn lights has shown a rapid growth trend in recent years. Solar lawn lamp style is simple, there is no long cable, there is a battery inside, during the day to absorb daylight reserve, whenever the dusk light will be lit, emit soft light, generally can last 8h.Europe is very green, high lawn coverage. Some cities and villages in Europe are full of lawns, and many urban parks take lawns as the protagonist, becoming the best place for people to relax and entertain. In addition, the villa building lawn area is also very large. Today, with the rapid development of the solar photovoltaic industry, the utilization rate of solar lawn lights in Europe ranks among the top in the world, and solar lawn lights have become a part of the green landscape in Europe.More than 90% of solar lawn lights sold in the United States use nickel-cadmium batteries as energy storage batteries. Solar lawn lights can only use nickel-cadmium batteries with a capacity between 600 and 900m Ah. Due to the nickel-cadmium battery (1.2V) has a memory effect, which will lead to a significant reduction in the capacity of the battery without full discharge, and nickel-cadmium batteries contain toxic substances, the United States gradually began to ban nickel-cadmium batteries, which will make the United States solar lawn lamp market demand structure has changed, and the replacement demand has increased the market demand for solar lawn lamps.In Japan and South Korea, urban street planning and design, improvement projects and long-term management reflect the people-oriented design concept, quality awareness of excellence, exquisite and harmonious street landscape, functional service facilities, highly civilized public quality, in the road greening, park greening and other lawns have been widely used solar lawn lights.The annual import of solar lawn lights from China has exceeded 100 million, and this market will continue to maintain a rapid growth trend in the next few years.(2) The scale of domestic market demandSolar lawn lights are mainly used in urban lawns, including green Spaces such as squares, parks, communities, and roads. The acceleration of urbanization and the improvement of urban green space have stimulated the development of lawn production and scientific research. There are already thousands of enterprises engaged in lawn supply across the country, of which there are dozens of backbone enterprises of about 1,000 acres. The annual output of domestic lawn has exceeded 200 million square meters.(3) The growth of demand for solar lawn lamp productsChina's solar energy industry is developing rapidly, and the potential demand for solar energy products in the domestic market is also huge. In recent years, solar lawn lights are widely used at home and abroad because of their energy-saving, environmental protection, convenient installation and other characteristics, although the application of our products has not been fully popularized, but its demand potential is huge. With the further increase of urban green area, the domestic market will further increase the supply demand for solar lawn lights.
2023.10.10
在线客服

业务咨询

技术咨询

售后服务

PC端自动化二维码
156-0681-6991 （即时通话） 459879587 （在线询价） 156-0681-6991 （长按复制）
扫码加微信
【网站地图】【sitemap】