智慧路灯 Smart Street Light

功能介绍：

一、照明功能

o 智能调光：智慧路灯采用先进的传感器技术，如光传感器和人体红外传感器等，能够根据环境光线的强弱以及周围是否有人或车辆经过，自动调节路灯的亮度。例如在深夜人少车少的时候，路灯可以自动降低亮度，在行人或车辆靠近时又自动提高亮度。

o 场景化照明：可以针对不同的区域和场景设置不同的照明模式，比如在人行道、车行道、广场、公园等不同场所，根据实际需求提供适宜的光照强度和范围，满足人们在不同场景下的视觉需求。

Function Introduction:

Lighting Function

1. Intelligent Dimming: Smart street lamps adopt advanced sensor technologies, such as light sensors and human infrared sensors. They can automatically adjust the brightness of the street lamps according to the intensity of ambient light and the presence of people or vehicles nearby. For example, in the late night when there are few people and vehicles, the street lamps can automatically dim, and when pedestrians or vehicles approach, they can automatically brighten up.

2. Scenario - based Lighting: Different lighting modes can be set for different areas and scenarios. For instance, in sidewalks, roadways, squares, parks and other different places, appropriate light intensity and range can be provided according to actual needs to meet people's visual requirements in different scenarios.

二、广播功能

o 信息发布：可以通过广播系统发布各种信息，如政府公告、紧急通知、城市宣传、文化活动信息等，让市民及时了解城市动态和相关资讯。

o 应急救援指挥：在遇到自然灾害、突发事件等紧急情况时，智慧路灯的广播功能可以作为应急指挥的重要手段，向市民传达疏散指示、安全提示等重要信息，引导市民采取正确的行动，保障生命财产安全

I. Broadcasting Function

1. Information Release: Various types of information can be broadcast through the system, including government announcements, emergency notices, city publicity, cultural event information, etc., enabling citizens to keep abreast of urban developments and relevant news in a timely manner.

2. Emergency Rescue Command: In the event of natural disasters, emergencies and other critical situations, the broadcasting function of smart street lights serves as a crucial means of emergency command. It can convey important information such as evacuation instructions and safety tips to citizens, guiding them to take appropriate actions and safeguarding their lives and property.

三、监控功能

o 交通监控：集成高清摄像头，能够实时监测道路交通流量、车辆行驶速度、交通拥堵状况等信息，为交通管理部门提供数据支持，以便进行交通疏导和信号控制，优化交通流量，提高道路通行效率。

o 治安监控：对路灯周边的区域进行实时监控，有效防范和打击违法犯罪行为，保障公共安全。一旦发生突发事件或违法犯罪活动，监控视频可以为警方提供重要的线索和证据。

II. Monitoring Function

1. Traffic Monitoring: Integrated with high - definition cameras, it can monitor real - time information such as road traffic flow, vehicle speed, and traffic congestion. This provides data support for traffic management departments, enabling them to conduct traffic guidance and signal control, optimize traffic flow, and improve road traffic efficiency.

2.Public Security Monitoring: It conducts real - time monitoring of the areas around the street lights, effectively preventing and combating illegal and criminal acts to ensure public safety. In case of emergencies or illegal and criminal activities, the surveillance videos can provide important clues and evidence for the police.

四、WIFI功能

o 免费网络覆盖：智慧路灯配备 WIFI 模块，为市民和游客提供免费的无线网络接入服务，方便人们在户外随时随地连接网络，查询信息、浏览新闻、使用移动支付等，提升城市的信息化服务水平。

o 大数据收集：通过 WIFI 模块还可以收集用户的上网行为数据，如连接时间、流量使用情况等，这些数据经过分析可以为城市规划和商业布局提供参考依据，例如了解不同区域的人流密度和活动规律等。

I. WIFI Function

1. Free Network Coverage: Smart street lamps are equipped with WIFI modules, providing free wireless network access services for citizens and tourists. This enables people to connect to the Internet outdoors at any time, facilitating information inquiries, news browsing, mobile payments, etc., and enhancing the city's information - based service level.

2. Big Data Collection: Through the WIFI module, data on users' Internet - surfing behaviors can also be collected, such as connection time and traffic usage. After analysis, these data can serve as a reference for urban planning and commercial layout. For example, it can help understand the pedestrian flow density and activity patterns in different areas.

五、电子显示屏功能

o 广告宣传：可以播放各种商业广告、公益广告等，为城市的商业发展和文化建设提供宣传平台，同时也为路灯管理部门带来一定的经济收益。

o 信息展示：用于展示天气信息、空气质量指数、地图导航、公交线路等实用信息，为市民和游客提供便利。比如在电子显示屏上实时显示当前的空气污染指数和天气状况，提醒人们做好防护措施。

V. Electronic display screen function

1. Advertising: It can play various commercial and public service advertisements, providing a promotional platform for the city's commercial development and cultural construction. At the same time, it also brings certain economic benefits to the street lamp management department.

2. Information display: It is used to display practical information such as weather information, air quality index, map navigation, and bus routes, providing convenience for citizens and tourists. For example, the current air pollution index and weather conditions are displayed in real time on the electronic display screen to remind people to take protective measures.

六、充电桩功能

o 电动汽车充电：随着电动汽车的普及，智慧路灯上的充电桩为电动汽车提供了便捷的充电服务。车主可以在停车的同时为车辆充电，解决电动汽车的充电难题，促进新能源汽车的推广和应用。

o 智能充电管理：充电桩具备智能充电管理功能，能够实时监测充电状态和电量消耗情况，实现远程控制和计费管理，方便用户使用和管理充电过程。

I. Charging Pile Function

1. Electric Vehicle Charging: With the popularization of electric vehicles, the charging piles on smart street lamps provide convenient charging services for electric vehicles. Car owners can charge their vehicles while parking, solving the charging problem of electric vehicles and promoting the popularization and application of new - energy vehicles.

2.Intelligent Charging Management: The charging piles are equipped with intelligent charging management functions. They can monitor the charging status and power consumption in real - time, and achieve remote control and billing management, facilitating users to use and manage the charging process.

七、一键报警功能

o 紧急求助：当市民遇到紧急情况，如遭遇抢劫、突发疾病、交通事故等，可以通过智慧路灯上的一键报警装置迅速与相关部门取得联系，及时获得帮助和救援。

o 位置定位：一键报警装置能够自动准确获取报警人的位置信息，并将其发送到相关的应急指挥中心，使救援人员能够快速定位到事发地点，提高应急响应速度和救援效率。

VII. One - click Alarm Function

o Emergency Assistance: When citizens encounter emergencies such as robberies, sudden illnesses, or traffic accidents, they can quickly get in touch with relevant departments through the one - click alarm device on the smart street lamp and obtain timely help and rescue.

o Location Positioning: The one - click alarm device can automatically and accurately obtain the location information of the alarm caller and send it to the relevant emergency command center. This enables rescue workers to quickly locate the incident site, improving the emergency response speed and rescue efficiency.

风光储供电系统 Wind-Solar-Storage Power Supply System

一、核心构成：三大模块协同工作风光储系统的稳定运行依赖于风力发电、光伏发电、储能系统三大核心模块的协同，辅以能量转换、控制调度的设备。I. Core Composition: Three Modules CollaboratingThe stable operation of the wind - solar - storage system depends on the coordination of three core modules: wind power generation, photovoltaic power generation, and the energy storage system, supplemented by energy conversion and control and scheduling equipment

1. 风力发电系统·

 核心设备：由风力发电机（主流为水平轴风机，含叶片、轮毂、发电机、增速器、控制系统等）、塔筒、并网 / 离网逆变器组成。

· 发电原理：利用风力推动叶片旋转，通过机械传动带动发电机将风能转化为电能（先为交流电，经整流 / 逆变后转换为稳定的直流电或交流电）。

· 特点：发电出力受风速影响显著（风速过低 <3m/s 或过高> 25m/s 时停机），具有较强的间歇性和波动性，但夜间、阴天仍可能发电（弥补光伏短板）。

1. Wind Power Generation System·

 Core Equipment: It consists of wind turbines (the mainstream being horizontal - axis wind turbines, including blades, hubs, generators, speed increasers, control systems, etc.), towers, and grid - connected/off - grid inverters.

· Power Generation Principle: Wind is used to push the blades to rotate. Through mechanical transmission, the generator converts wind energy into electrical energy (first as alternating current, which is then converted into stable direct current or alternating current after rectification/inversion).

· Characteristics: The power output is significantly affected by wind speed (the turbine stops when the wind speed is too low, less than 3m/s, or too high, more than 25m/s). It has strong intermittency and volatility, but it may still generate electricity at night or on cloudy days (compensating for the shortcomings of photovoltaics).

2. 光伏发电系统· 

核心设备：光伏组件（晶硅电池、薄膜电池等）、汇流箱、逆变器（将直流电转为交流电）、支架（固定组件，部分可跟踪太阳角度）、监控系统。

· 发电原理：利用半导体的光生伏特效应，将太阳光能直接转化为直流电，经逆变器转换为符合用电标准的交流电。

· 特点：出力与光照强度、日照时长、温度密切相关（白天发电为主，夜晚、阴雨天出力骤降），但能量转换路径短（无机械损耗），维护简单。

2. Photovoltaic Power Generation System· 

Core Equipment: Photovoltaic modules (crystalline silicon cells, thin - film cells, etc.), combiner boxes, inverters (which convert direct current into alternating current), supports (to fix the modules, and some can track the sun's angle), and monitoring systems.

· Power Generation Principle: Using the photovoltaic effect of semiconductors, solar energy is directly converted into direct current, and then converted into alternating current that meets the power consumption standards through an inverter.

· Characteristics: The power output is closely related to light intensity, sunshine duration, and temperature (it mainly generates electricity during the day, and the output drops sharply at night and on rainy or cloudy days). However, the energy conversion path is short (without mechanical losses), and maintenance is simple.

3. 储能系统

储能是风光储系统的 “平衡器”，用于存储风光发电的多余电能，在发电不足时释放，平抑波动。常见类型包括：

· 电化学储能：锂电池（磷酸铁锂、三元锂）、铅酸电池等，优势是响应快、规模灵活，适合中小容量；

· 机械储能：抽水蓄能（大规模长时储能，依赖地理条件）、飞轮储能（短时高频调节）；

· 电磁储能：超级电容（快速充放电，适合短时功率支撑）、超导储能（高效但成本高）。

· 作用：削峰填谷（存储白天光伏多余电量供夜间使用）、平抑波动（快速补偿风光出力突变）、备用电源（电网故障时保障关键负载）。

3. Energy Storage System

Energy storage is the "balancer" of the wind - solar - storage system. It is used to store excess electricity generated by wind and solar power and release it when power generation is insufficient to smooth out fluctuations. Common types include:

· Electrochemical Energy Storage: Lithium - ion batteries (lithium iron phosphate, ternary lithium), lead - acid batteries, etc. The advantages are fast response and flexible scale, which is suitable for small - and medium - capacity applications.

· Mechanical Energy Storage: Pumped - storage (for large - scale long - term energy storage, depending on geographical conditions), flywheel energy storage (for short - term high - frequency regulation).

· Electromagnetic Energy Storage: Supercapacitors (for fast charging and discharging, suitable for short - term power support), superconducting energy storage (efficient but costly).

· Functions: Peak shaving and valley filling (storing excess photovoltaic power during the day for use at night), smoothing fluctuations (quickly compensating for sudden changes in wind and solar power output), and serving as a backup power source (ensuring key loads in case of grid failures).

4. 辅助系统

· 能量管理系统（EMS）：核心控制中枢，实时监测风光出力、储能状态、负载需求，优化调度策略（如优先用风光电，余电储能，不足时储能放电）；

· 变配电设备：变压器、断路器等，保障电能质量（电压、频率稳定），实现与负载或电网的连接。

4. Auxiliary Systems·

 Energy Management System (EMS): It is the core control center, which monitors the power output of wind and solar, the state of energy storage, and the load demand in real - time, and optimizes the scheduling strategy (for example, giving priority to wind and solar power, storing excess power, and discharging the energy storage when power is insufficient).

· Power Transformation and Distribution Equipment: Transformers, circuit breakers, etc., ensure power quality (stable voltage and frequency) and enable connection to the load or the grid.

应用场景：

从离网到并网的全覆盖风光储系统的灵活性使其适用于多种场景，尤其在解决能源短缺、提高供电可靠性方面优势显著：

1. 离网偏远地区：

如高原牧区、海岛、边防哨所等电网难以覆盖的区域，替代柴油发电机（减少燃料运输成本和污染），提供稳定电力（如西藏那曲的牧民定居点风光储系统）。

2. 并网辅助：

大规模风光电站（如风电基地、光伏电站）接入电网时，通过储能平抑出力波动（如 1 小时内功率骤降 50%），避免对电网频率、电压造成冲击，提高风光消纳率。

3. 微电网系统：

工业园区、智慧社区、校园等，构建 “自发自用、余电储能” 的微电网，降低对传统电网的依赖，甚至在电网故障时独立运行

4. 应急电源：

灾害救援（如地震、台风后）、重要设施（医院、数据中心）的备用电源，保障关键负载（如呼吸机、服务器）不间断供电。

5. 交通领域：

新能源汽车充电站、港口机械等，利用风光储自给供电，降低运营成本（如高速服务区的风光储充电桩）。

 Application Scenarios:

 Full Coverage from Off - grid to Grid - connected

The flexibility of the wind - solar - storage system enables it to be applicable to a variety of scenarios, especially demonstrating significant advantages in addressing energy shortages and improving power supply reliability:

1. Off - grid Remote Areas:

In regions where the power grid is difficult to cover, such as high - altitude pastoral areas, islands, and border posts, it can replace diesel generators (reducing fuel transportation costs and pollution) and provide stable power supply. For example, the wind - solar - storage system in the herdsmen's settlement in Nagqu, Tibet.

2. Grid - connected Assistance:

When large - scale wind and solar power plants (such as wind power bases and photovoltaic power stations) are connected to the grid, energy storage is used to smooth out power output fluctuations (for example, a 50% sudden drop in power within 1 hour), avoiding impacts on grid frequency and voltage, and improving the absorption rate of wind and solar power.

3. Micro - grid Systems:

In industrial parks, smart communities, campuses, etc., a micro - grid with the mode of "self - generation for self - use, storing excess power" can be constructed. This reduces the dependence on the traditional power grid and can even operate independently in case of grid failures. For example, a micro - grid in an industrial park in Shenzhen can achieve 90% energy self - sufficiency by integrating wind, solar, and energy storage.

4. Emergency Power Supply:

It serves as a backup power supply for disaster relief (such as after earthquakes and typhoons) and important facilities (hospitals, data centers), ensuring uninterrupted power supply for critical loads (such as ventilators and servers).

5. Transportation Field:

For new - energy vehicle charging stations, port machinery, etc., the wind - solar - storage system can be used for self - power supply, reducing operating costs. For example, the wind - solar - storage charging piles at highway service areas.

智慧型太阳能路灯  Smart Solar Street Light

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       景观亮化设计聚焦于城市空间的美学表达，通过对建筑轮廓、绿化景观、公共设施等的精准亮化，搭配格式景观灯具，勾勒出城市独特的夜间天际线，提升了城市的视觉辨识度和宜居品质，让城市在夜晚展现出别样的魅力。

       Landscape lighting design focuses on the aesthetic expression of urban spaces. By precisely illuminating building outlines, green landscapes, and public facilities, and matching them with various landscape lighting fixtures, it outlines the unique nighttime skyline of the city. This enhances the city's visual recognition and livability, allowing the city to exhibit a distinctive charm at night.

       景观照明灯具展示 Exhibition of Landscape Lighting Fixtures

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灯具系列产品  Lighting Fixture Series